Battery Charger - · PDF fileSeries PB Construction 19“ Subrack 5000 -22000 Watt Types...

Catalogue

Issue 4

Battery Charger

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List of Contents

Powertronic GmbH & Co. KG Phone: +49-(0)5223-18059-0 08/15 D-32278 Kirchlengern mail: [email protected]

Pages Series BP, Construction 19“ Cassette 150 – 350 Watt

Types / Dimensions / Technical Data 1-15

Series BP, Construction RM, Rail Mount 150 – 350 Watt


Series BP, Construction CM, Chassis Mount 150 – 850 Watt


Operating Principle 70-72 Operational Behavior 73-82 Series PB Construction 19“ Cassette 250 – 5000 Watt Types / Dimensions 83-108 Series PB Construction W, Wall Mount withTerminals 250 – 5000 Watt Types 109-120 Dimensions 121 Series PB 250-5000 Watt Technical Data 122-123 Fuses 124 Options 125-128 Series PB Construction 19“ Subrack 5000 -22000 Watt Types / Dimensions 129-145 Series PB Construction W, Mounting Plate with Terminals 6000 – 12000 Watt Types / Dimensions 146-156 Series PB 5000 -22000Watt Options electrical / mechanical 157-159 Series PSI 1200W Types / Dimensions / Technical Data 160-168 Series BC for use in Wind Turbines Types / Dimensions / Technical Data 169-186 This catalogue only serves for information, and hence, cannot constitute a component part of an offer or contract. In order to adapt the high quality of our products to technical progress, we reserve the right to change any and all specifications without prior notice. All data and illustrations are given without obligation.

Types BP300 – 19“ Cassette

Powertronic GmbH & Co. KG Phone: +49-(0)5223-18059 0 11/15 D-32278 Kirchlengern mail: [email protected]

Battery Charger Series BP300 – 19“ Cassette 150 Watt 19“ Cassette Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic

-

Construction 19“-cassette 3U, 14TE, depth 166mm

Connectors mating connector H15

Weight app. 1,0kg

Output

Overload Current limit IU- characteristic OVP Adjusted to 1,25 x Unom

Sense Internally

Function controll LED on front panel

Output decoupling diode with DC-OK-alarm Alarm at Uout < 0,8 Uout, pot.free relay contacts NOC/NCC

Input Turn off at Uin Fixed <95% Umin >105% Umax

Additional Informations

Details „Technical Data „

Input Voltage Output Voltage Type

VAC

min. - max.

Nom. Battery Voltage /VDC

Adjustable by factory min. -max.

VDC

ADC

230 175 – 264 24 24 - 30 6,0 BP384

230 175 – 264 48 48 - 60 3,0 BP389

230 175 – 264 60 60 - 75 2,5 BP386

Page 1

Dimensions BP300 - 19“ Cassette


Page 2

Technical Data BP384


Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 6ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 25W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2

Grounding of input and/or output potentials and/or connecting input to output may cause changes of EMC and/or ripple values.

Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case 19” cassette, 3U, 14TE, depth app. 166mm, elox alu front panel, RAL7035 Connection Connector H15 Weight app.1kg

Page 3



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 3ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 62VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <40VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 25W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2


Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case 19” cassette, 3U, 14TE, depth app. 166mm, elox alu front panel, RAL7035 Connection Connector H15 Weight app. 1kg

Page 4



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 60VDC battery (adjustable by factory from 60VDC to 75VDC depending on battery type) Output current 2,5ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 78VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <50VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 25W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 5



Battery Charger Series BP400 – 19“ Cassette 200 Watt 19“ Cassette Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic

-



Weight app. 1,0kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 8,0 BP484

230 175 – 264 48 48 - 60 4,0 BP489

230 175 – 264 60 60 - 75 3,2 BP486

Page 6



Page 7



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 8ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 28W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 8



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 4ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 62VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <40VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 28W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 9



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 60VDC battery (adjustable by factory from 60VDC to 75VDC depending on battery type) Output current 3,2ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 78VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <50VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 28W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 10



Battery Charger Series BP500 – 19“ Cassette 350 Watt 19“ Cassette Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic Over temperature protection

-



Weight app. 1,0kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 14,0 BP584

230 175 – 264 48 48 - 60 7,0 BP589

230 175 – 264 60 60 - 75 5,5 BP586

Page 11



Page 12



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 14ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 13



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 7ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 62VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <40VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 14



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 60VDC battery (adjustable by factory from 60VDC to 75VDC depending on battery type) Output current 5,5ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 78VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <50VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 15

Types BP300RM – Rail Mount


Battery Charger Series BP300RM – Rail Mount 150 Watt Rail Mount Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic

Construction rail mount for 35mm rail

Connectors

plug-in terminals on front panel

Weight app. 1,0kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 6,0 BP384RM

230 175 – 264 48 48 - 60 3,0 BP389RM

230 175 – 264 60 60 - 75 2,5 BP386RM

Page 16

Dimensions BP300RM – Rail Mount


n c n c n o n o L + L + L - L -

I N A L A R M O U T

U OUT

1 1 0

1 1 4

1 5 0 9 . 63 7

69

71

Page 17

Technical Data BP384RM


Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 6ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Sense lines connected externally Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 25W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2


Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case for rail mount, 35mm rail EN50022, Alu varnished, RAL7035 Connection plug-in terminals on front panel Weight app. 1kg

Page 18



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 3ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 62VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <40VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 25W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 19



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 60VDC battery (adjustable by factory from 60VDC to 75VDC depending on battery type) Output current 2,5ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 78VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <50VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 25W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 20



Battery Charger Series BP400 – Rail Mount 200 Watt Rail Mount Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 8,0 BP484RM

230 175 – 264 48 48 - 60 4,0 BP489RM

230 175 – 264 60 60 - 75 3,2 BP486RM


Connectors

plug-in terminals on front panel

Weight app. 1,0kg

Page 21



PE N L nc nc no no L+ L+ L- L-

IN ALARM OUT

UOUT

1 1 41 5 0 9 . 63 7

65

79

1 1 0

69

Page 22



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 2 AT externally No-load input current app. 20mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 8ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 28W Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 23






Page 24






Page 25



Battery Charger Series BP500RM – Rail Mount 350 Watt Rail Mount Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic Over temperature protection


Connectors plug-in terminals on front panel

Weight app. 2,0kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 14,0 BP584RM

230 175 – 264 48 48 - 60 7,0 BP589RM

230 175 – 264 60 60 - 75 5,5 BP586RM

Page 26



PE

NL

L-

L+

nc

nc

no

no

UO

UT

INO

UT

AL

AR

M

13

4

137.518

37

165.4 9.637

212

Page 27



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 14ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 28



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 7ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 62VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <40VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 1Page 29



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 60VDC battery (adjustable by factory from 60VDC to 75VDC depending on battery type) Output current 5,5ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 78VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <50VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2


Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case for rail mount, 35mm rail EN50022, Alu varnished RAL7035 Connection plug-in terminals on front panel Weight app. 2kg

Page 2Page 30



Battery Charger Series BP1500RM – Rail Mount 450 Watt Rail Mount Input, output, case isolated against each other SELV up to Uout 60VDC Inrush current limit Active ORing decoupling IU characteristic Over temperature protection



Weight app. 2,5kg

Output


Sense Internally







VAC

min. - max.


Adjustable by factory min. - max.

VDC

ADC

230 175 - 264 24 24 -30 16,0 BP1584RM 230 175 - 264 48 48 - 60 8,0 BP1589RM 230 175 - 264 60 60 - 75 6,5 BP1586RM 230 175 - 264 110 110 - 150 3,5 BP1587RM 230 175 - 264 220 220 - 280 1,8 BP1588RM

Page 3Page 31

Dimensions BP1500RM


155 1635 61 18

237

5

Al le Ma ße in mm / al l dimension s in mm

79

Page 4Page 32

Connection Diagram


Series BP1500

Page 5Page 33



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 10 AT externally No-load input current app. 30mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 14ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Parallel-/redundant active ORing decoupling. The ORing FET can be monitored Connection the current sharing for 2 units will be approx. 30/70% Active current sharing using the active current sharing in a parallel connection, the communication between the

units is done by the use of a current share bus. Thereby a current symmetry off < 1.5A can be achieved. It’s possible to connect up to 4 units in parallel. The length of the interconnec-tion wire does not exceed 1m.

Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC Boost charge via external remote control voltage General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 88W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2


Protection class I acc. EN 61140 Visual Indications green LED Uin = Input voltage on green LED Uout = Output voltage ok (DC ok.) Case for rail mount, 35mm rail EN50022, Alu varnished, RAL7035 Connection plug-in terminals on front panel Weight app. 2,5kg

Page 6Page 34



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 10 AT externally No-load input current app. 30mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 8,0ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 62VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Parallel-/redundant active ORing decoupling. The ORing FET can be monitored Connection the current sharing for 2 units will be approx. 30/70% Active current sharing using the active current sharing in a parallel connection, the communication between the





Page 7Page 35








Page 8Page 36





Alarm Signals over potential free contacts, when Uout is <90VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC Boost charge via external remote control voltage General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 88W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 9Page 37








Page 10Page 38

Types BP300CM – Chassis Mount


Battery Charger Series BP300CM – Chassis Mount 150 Watt Chassis Mount Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic

Construction chassis mount


Weight app. 1,0kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 6,0 BP384CM

230 175 – 264 48 48 - 60 3,0 BP389CM

230 175 – 264 60 60 - 75 2,5 BP386CM

Page 11Page 39

Dimensions BP300CM – Chassis Mount


nc nc no no L+ L+ L- L-

IN ALARM OUT

UOUT

1 1 01 5 03 7

69

71

1 5 8

30

18

1 8 9

2

7

14

0

40

7

0

54

.5

14

.5

52

.5

16

.5

0

158

138

112.35

51.85

4

148

8

69

1 2

11.5

Page 12Page 40

Technical Data BP384CM




Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case for chassis mount, Alu varnished, RAL7035 Connection plug-in terminals on front panel Weight app. 1kg

Page 13Page 41






Page 14Page 42






Page 15Page 43



Battery Charger Series BP400CM – Chassis Mount 200 Watt Chassis Mount Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic



Weight app. 1,5kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 8,0 BP484CM

230 17 – 264 48 48 - 60 4,0 BP489CM

230 175 – 264 60 60 - 75 3,2 BP486CM

Page 16Page 44



PE L- L+ nc nc no no L+ L+ L- L-

IN ALARM OUT

UOUT

1 1 41 5 0 9 . 63 7

65

79

1 1 0

69

2

7

14

0

40

7

0

54

.5

14

.5

52

.5

16

.5

0

158

138

112.35

51.85

4

148

8

69

1 2

11.5

Page 17Page 45





Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case for chassis mount, Alu varnished RAL7035 Connection plug-in terminals on front panel Weight app. 1,5kg

Page 18Page 46





Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case for chassis mount, Alu varnished, RAL7035 Connection plug-in terminals on front panel Weight app. 1,5kg

Page 19Page 47





Protection class I acc. EN 61140 Visual Indications green LED Uout = Output voltage ok (DC ok.) Case for chassis mount, Alu varnished, RAL7035 Connection plug-in terminals on front panel Weight app. 1,5kg

Page 20Page 48



Battery Charger Series BP500CM – Chassis Mount 350 Watt Chassis Mount Input, output, case isolated against each other SELV Inrush current limit Back feeding protection diode with DC-OK Alarm in the output IU characteristic Over temperature protection



Weight app. 2,0kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 – 264 24 24 - 30 14,0 BP584CM

230 175 – 264 48 48 - 60 7,0 BP589CM

230 175 – 264 60 60 - 75 5,5 BP586CM

Page 21Page 49



21

60

100

7

7

0

18

.75

13

7.5

11

8.7

5

0

174

157

37

12

19

.51

0.5

nono

AusgangOutput

EingangInput

Schließer / NOC

Öffner / NCC

Alarm

ncnc

L+L-

L

N

PE

1 3 7 . 5

17

4

18.75 100

71

60

7

10

.5

13

7.5

1 6 52 0

Page 22Page 50



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 14ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <20VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 23Page 51



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 7ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 62VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <40VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 24Page 52



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 6,3 AT externally No-load input current app. 25mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 60VDC battery (adjustable by factory from 60VDC to 75VDC depending on battery type) Output current 5,5ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 78VDC switch off, not automatic return, no effect on external over voltage Back feeding protection diode in the output Alarm Signals over potential free contacts, when Uout is <50VDC (NOC=open, NCC=closed). Charging characteristic I-V curve Temperature-controlled charging characteristic via external NTC General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 68W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 25Page 53



Battery Charger Series BP1500CM – Chassis Mount 450 Watt Chassis Mount Input, output, case isolated against each other SELV up to Uout 60VDC Inrush current limit Active ORing decoupling IU characteristic Over temperature protection



Weight app. 2,5kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 - 264 24 24 -30 16,0 BP1584CM 230 175 - 264 48 48 - 60 8,0 BP1589CM 230 175 - 264 60 60 - 75 6,5 BP1586CM 230 175 - 264 110 110 - 150 3,5 BP1587CM 230 175 - 264 220 220 - 280 1,8 BP1588CM

Page 26Page 54

Dimensions BP1500CM


15535

61 182 3612.5

7

7

12.5 36

268

12

10

283

237283

19.5

26.5

A lle Maße in mm / all dim ensions in mm

79

Page 27Page 55

Connection Diagram


Series BP1500

Page 28Page 56



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 10 AT externally No-load input current app. 30mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 14ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33 VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Parallel-/redundant active ORing decoupling. The ORing FET can be monitored Connection the current sharing for 2 units will be approx. 30/70% Active current sharing using the active current sharing in a parallel connection, the communication between the




Protection class I acc. EN 61140 Visual Indications green LED Uin = Input voltage on green LED Uout = Output voltage ok (DC ok.) Case for chassis mount, Alu varnished, RAL7035 Connection plug-in terminals on front panel Weight app. 2,5kg

Page 29Page 57








Page 30Page 58








Page 31Page 59








Page 32Page 60








Page 33Page 61



Battery Charger Series BP3500CM – Chassis Mount 850 Watt Chassis Mount Input, output, case isolated against each other SELV up to Uout 60VDC Inrush current limit Active ORing decoupling IU characteristic Over temperature protection



Weight app. 2,5kg

Output


Sense Internally







VAC

min. - max.



VDC

ADC

230 175 - 264 24 24 -30 32,0 BB3584CM 230 175 - 264 48 48 - 60 16,0 BB3589CM 230 175 - 264 60 60 - 75 13,0 BB3586CM 230 175 - 264 110 110 - 150 6,5 BB3587CM 230 175 - 264 220 220 - 280 3,3 BB3588CM

Page 34Page 62

Dimensions BP3500CM


60118.1

123.5

161.9 372

23

72

68

28

3

OU

T

7

12

19

.52

6.5

X2

X1

X3

X4

MO

NIT

OR

ING

/C

ON

TR

OL

INO

UT

Alle Maße in mm / all dimensions in mm

Page 35Page 63

Connection Diagram


Series BP3500

Page 36Page 64



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 10 AT externally No-load input current app. 30mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 24VDC battery (adjustable by factory from 24VDC to 30VDC depending on battery type) Output current 32ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 33VDC switch off, not automatic return, no effect on external over voltage Sense lines connected internally (optionally can be executed on connector) Parallel-/redundant active ORing decoupling. The ORing FET can be monitored Connection the current sharing for 2 units will be approx. 30/70% Active current sharing using the active current sharing in a parallel connection, the communication between the





Page 37Page 65



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 10 AT externally No-load input current app. 30mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 48VDC battery (adjustable by factory from 48VDC to 60VDC depending on battery type) Output current 16ADC Overload Protection I-V curve Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 63VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Parallel-/redundant active ORing decoupling. The ORing FET can be monitored Connection the current sharing for 2 units will be approx. 30/70% Active current sharing using the active current sharing in a parallel connection, the communication between the





Page 38Page 66



Input Input voltage range 175-264VAC Frequency 40-70Hz (16-400Hz possible on request) Inrush current max. 35ADC limited by NTC 10Ω Fuse 10 AT externally No-load input current app. 30mA at 230VAC Switch-on time typ. 2s Hold-up time typ. 15ms at 230VAC Turn on/off ≤ 166VAC / ≥ 277VAC Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage for 60VDC battery (adjustable by factory from 60VDC to 75VDC depending on battery type) Output current 13ADC Characteristic IU, temperature controlled charging possible on request Line regulation 0,2%, measured directly at the connection terminal Load regulation 0,3%, measured directly at the connection terminal Ripple <100mV p-p typ Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection > 78VDC switch off, not automatic return, no effect on external over voltage Sense lines Externally, on connector (function without connected Sense possible) Parallel-/redundant active ORing decoupling. The ORing FET can be monitored Connection the current sharing for 2 units will be approx. 30/70% Active current sharing using the active current sharing in a parallel connection, the communication between the


Alarm Signals over potential free contacts, when Uout is <50VDC (NOC=open, NCC=closed). Charging characteristic IV curve Temperature-controlled charging characteristic via external NTC Boost charge via external remote control voltage General Operating temperature -25°C to +55°C Derating 2,5% /°C for temperature +55°C up to max. 75°C necessary. Over temperature protection unit switch off if internally temperature is too high, automatically switch on after cooling Storage temperature -40°C to +85°C Humidity 75% without condensation, Efficiency at full load ˃90%, Power dissipation app. 170W Over temperature protection shut off, at hot spot off about 100°C. Automatically restart after cooling down. Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 SELV RFI-interference acc. EN 55011Class "A EMC / CE EN 61000-6-4, EN 61000-6-2



Page 39Page 67








Page 40Page 68








Page 41Page 69

Operating Principle


P300/BP300 and P400/BP400 The system is a fly-back circuit, in a half bridge configuration with quasi resonance switching. In the input a RFI filter (1) is implemented to reduce the reactive noise on the input leads. The rectification and the polarity protection are done by the rectifier bridge (2). The NTC resistor (3) limits the inrush current. The input capacitor Cin (5) smooths the rectifier voltage. Controlled by the control card (11), the transistor Q1 and Q2 supplying the transformer (9) in a PWM mode. On the secondary side of the transformer the voltage is rectifier by the use of Dout (10) and smooth by Cout (12). The output filter (13) reduces the RFI and ripple voltage on the output. The Rs (16) is monitoring the output current and set the current limit. The current limit characteristic is a UI mode. The ORing diode (14) serve for polarity protection, in parallel and redundant operation. The alarm (17) is a potential free contact, and indicates a low voltage on the output. Available Options: Sense Lines.

Page 42Page 70

Operating Principle


P500/BP500 The system is a fly-back circuit, in a half bridge configuration with quasi resonance switching. In the input a RFI filter (1) is implemented to reduce the reactive noise on the input leads. The rectification and the polarity protection are done by the rectifier bridge (2). The NTC resistor (3) limits the inrush current. The input capacitor Cin (5) smooths the rectifier voltage. Controlled by the control card (11), the transistor Q1 and Q2 supplying the transformer (9) in a PWM mode. On the secondary side of the transformer the voltage is rectifier by the use of Dout (10) and smooth by Cout (12). The output filter (13) reduces the RFI and ripple voltage on the output. The Rs (16) is monitoring the output current and set the current limit. The current limit characteristic is a UI mode. The ORing diode (14) serve for polarity protection, in parallel and redundant operation. The alarm (17) is a potential free contact, and indicates a low voltage on the output. Available Options: Sense Lines.

Page 43Page 71

Operating Principle


P1500/BP1500 and BP3500/BP3500 The system is a fly-back circuit, in a half bridge configuration with quasi resonance switching. In the input a RFI filter (1) is implemented to reduce the reactive noise on the input leads. The rectification and the polarity protection are done by the rectifier bridge (2). The NTC resistor (3) limits the inrush current. Time-delayed to the inrush current the NTC will be shorted by a relay contact (4). The input capacitor Cin (5) smooths the rectifier voltage. Controlled by the control card (11), the transistor Q1 and Q2 supplying the transformer (9) in a PWM mode. On the secondary side of the transformer the voltage is rectifier by the use of Dout (10) and smooth by Cout (12). The output filter (13) reduces the RFI and ripple voltage on the output. The Rs (16) is monitoring the output current and set the current limit. The current limit characteristic is a UI mode. The ORing diode (14) and the ORing FET serve for polarity protection, in parallel and redundant operation. The alarm (17) is a potential free contact, and indicates a low voltage on the output. Available Options: Sense Lines, Active Current Sharing, Boost Charge, ORing diode test.

Page 44Page 72

Operational Behavior


P300/BP300 and P400/BP400

Over Voltage Protection (OVP)

To protect the load and the internal circuits against excessive output voltage, an independent circuit switches off the primary control, if a certain sated output voltage is exceeded. For a restart the input must be switch off, and after 30s a restart can be done. Important: the system used here does not provide protection against over voltage that comes from outside.

Remote Sensing (just for 19” units)

Optional: to compensate the voltage drop along the power leads, the voltage monitoring must be done close to the load. Therefore the sense wires must be connected like in the scheme below. The placement of these wires must be separate from the power leads, to avoid interferences. The best way is to twist it.

Charge Voltage depending on ambient temperature (just for BP 19” units)

For the BP-Series it is possible to adjust the charge voltage, depending on ambient temperature. A NTC resistor has to be mount in the sense line circuit, like in the scheme below. The position of NTC must be near to the battery.

Page 45Page 73



Parallel Connection for Higher Power or Redundancy

In order to increase the output power, or for redundancy, up to 4 identical units can be connected in parallel. For this operation the output voltage should be adjusted as close as possible to each other. Typical +/-100mV difference.

Alarm Signals and Visual Indications

If the output voltage falls below the preset value, an alarm signal is provided, thru the potential-free contacts of a Relay ( NOC=open, NCC=closed). At the same time the “LED Uout” shots off.

Page 46Page 74



P500/BP500




To protect the load and the internal circuits against excessive output voltage, an independent circuit switches off the primary control, if a certain sated output voltage is exceeded. For a restart the input must be switch off, and after 30s a restart can be done. Important: the system used here does not provide protection against over voltage that comes from outside. Remote Sensing (just for 19” units)


Page 47Page 75





Current Boost and Overload for the P-Series

The converter disposes over a BOOST function, in order to blow up the output fuse. The current limit will be done step wise. In the first step the current limit is 4 times the nominal output current for a time of 15ms. After this time the limit will be set to nominal current level. If an overload between I-boost and I-nominal is provided, the current limit will be set to the nominal level after 15ms. In the range of I-boost and I-nominal the Boost function is inactive. By decreasing the load, under the nominal cur-rent level, the Boost function is again active.

Charge Voltage depending on ambient temperature (just for BP 19” units)


Page 48Page 76



P1500/BP1500



For an optimal load sharing the units are provided with active current sharing. The paralleled units are interconnected with an additional Current Share Bus, consisting of two wires. The placement of these wires must be separate from the power leads, to avoid interferences. Also the length does not exceed 1m.


To protect the load and the internal circuits against excessive output voltage, an independent circuit switches off the primary control, if a certain sated output voltage is exceeded. For a restart the input must be switch off, and after 30s a restart can be done. Important: the system used here does not provide protection against over voltage that comes from outside. Remote Sensing


Page 49Page 77





The “LED Uin” is on, when the input supply voltage is connected. This voltage level is not defined.

In case of paralleling the units, the operation of each converter can be verified, by analyzing the output “ANODE”.



Page 50Page 78



Charge Voltage depending on ambient temperature (just for BP-Series)


Boost Charge (just for BP-Series)

For the BP-Series the setting of the charge voltage can be done with an external remote control volt-age. This input is potential free, and is controlled by an optocoupler. The function can be used for boost charge, or trickle charge.

Page 51Page 79



P3500/BP3500



For an optimal load sharing the units are provided with active current sharing. The paralleled units are interconnected with an additional Current Share Bus, consisting of two wires. The placement of these wires must be separate from the power leads, to avoid interferences. Also the length does not exceed 1m.


To protect the load and the internal circuits against excessive output voltage, an independent circuit switches off the primary control, if a certain sated output voltage is exceeded. For a restart the input must be switch off, and after 30s a restart can be done. Important: the system used here does not provide protection against over voltage that comes from outside. Remote Sensing


Page 52Page 80





The “LED Uin” is on, when the input supply voltage is connected. This voltage level is not defined.

In case of paralleling the units, the operation of each converter can be verified, by analyzing the output “ANODE”.



Page 53Page 81



Charge Voltage depending on ambient temperature (just for BP-Series)


Boost Charge (just for BP-Series)

For the BP-Series the setting of the charge voltage can be done with an external remote control volt-age. This input is potential free, and is controlled by an optocoupler. The function can be used for boost charge, or trickle charge.

Page 54Page 82

Types


Battery Charger Series PB500 max. 250Watt 19” cassette Input, output, case isolated against each other Inrush current limit IU Characteristic

VAC- input voltage range output adjustable VDC

185-264 93-138 / 185-264 A for

battery min. max.

PB581 PB591 16 12V 12 16 PB582 PB592 8 24V 24 32 PB584 PB594 4 48V 48 64 PB586 PB596 3,3 60V 60 80 PB587 PB597 2,0 110V 110 145 PB588 PB598 1,0 220V 220 290

OVP- adjustment trimmer on front side 120-140% Unom overload protection IU- characteristic, constant current limit adjustment current limit trimmer on front side 80-110% Inom sense lines depending on type voltage adjustment trimmer on front side

output

function control green LED on front panel input turn off at Uin fixed <95% Umin >105% Umax

specifications general description additional

Information additional options: temperature controlled charging

19“- Cassette

construction 19“- cassette 3u, 19”- standard depth 160mm 24TE front panel aluminum natural colour anodized, 21TE front panel upon request

connectors 1 x H15, mating connectors

weight app. 2,0kg

How to order: PB582-E

PB5 . 8 . 2 - E

Series Input

voltage Output voltage

Internal Option

Page 55Page 83

Dimensions 3u- Converters

Powertronic GmbH & Co. KG Phone: +49-(0)5223-18059-0 05/14

D-32278 Kirchlengern mail: [email protected]

Dimensions Series PB500

166

Page 56Page 84

Types


Battery Charger Series PB600 max. 500Watt 19” Cassette 3U Input, output, case isolated against each other Inrush current limit (H) IU characteristic


185-264 93-138 / 185-264 A for

battery min. max.


OVP- adjustment trimmer on front side 120-140% Unom

overload protection IU- characteristic, constant current limit

adjustment current limit trimmer on front side 80-110% Inom

sense lines depending on type

voltage adjustment trimmer on front side

output

function control green LED on front panel

input turn off at Uin fixed <95% Umin >105% Umax

specifications

general description additional


19“- Cassette

construction 19“- cassette 3u, 19”- standard depth 160mm 42TE front panel aluminum natural color anodized

connectors H15 (normally 1 connector, with options 2 connectors)

weight app. 3,5kg


PB6 . 8 . 2 - E

Series Input

voltage Output

voltage Internal Option

Page 57Page 85





166

Page 58Page 86

Types


Battery Charger Series PB2500 max. 400Watt 19” Cassette 3U Input, output, Case isolated against each other Inrush current limit (H) IU characteristic

VAC- input voltage range output

A

for battery

adjustable 185-264 93-138 / 185-264 min. max.

PB2581 PB2591 23 12V 12 16 PB2582 PB2592 13 24V 24 30

PB2584 PB2594 6,2 48V 48 64

PB2586 PB2596 5,1 60V 60 80

PB2587 PB2597 2,8 110V 110 145

PB2588 PB2598 1,4 220V 220 280

output


overload protection IU- Characteristic, Constant Current limit






additional Information

specifications

general description AC- input

additional options: temperature controlled charging

19” Cassette

construction 19“- cassette 3u, 19”- special depth 220mm 24TE front panel aluminum natural colour anodized, 21TE front panel upon request

heat sink 40mm: output ≤ 8VDC and with options E, R, otherwise 25mm

connectors 1 x H15, mating connectors

weight app. 2,1kg with 25mm heat sink, app. 2,5kg with 40mm heat sink


PB25 . 8 . 4 - E

Series Input


Internal Option

Page 59Page 87





226

Page 60Page 88

Types




A

for battery

adjustable

185-264 93-138 / 185-264 min. max.

PB2681 PB2691 50 12V 12 16 PB2682 PB2692 25 24V 24 32

PB2684 PB2694 13 48V 48 64

PB2686 PB2696 10 60V 60 80

PB2687 PB2697 6 110V 110 145

PB2688 PB2698 3 220V 220 290

output









specifications



19“- Cassette


PB26 . 8 . 2 - E

Series Input

voltage Output


construction 19“- cassette 3u, 19”- special depth 220mm 42TE front panel aluminum natural colour anodized

connectors H15 (normally 1 connector, with options 2 connectors)

weight app. 4,5kg

Page 61Page 89





226

Page 62Page 90

Types

Powertronic GmbH & Co KG Phone: +49-(0)5223-18059-0 06/16 D-32278 Kirchlengern mail: [email protected]



A

for battery

adjustable VDC 185-264 93-138 / 185-264 min. max.

PB1282 PB1292 12 12V 12 16 PB1284 PB1294 6 24V 24 32

PB1289 PB1299 3 48V 48 64

PB1286 PB1296 2,6 60V 60 80

PB1287 PB1297 1,4 110V 110 145

PB1288 PB1298 0,7 220V 220 290

output









specifications



19“- Cassette

construction 19“- cassette 6u, 19”- standard depth 160mm 10TE front panel aluminum natural colour anodized, 8TE possible upon request dimensions

connectors 2 x H15, mating connector

weight app. 1,7kg

Example for order: PB1282-E

PB12 . 8 . 2 - E

Series Input


Internal Option

Page 63Page 91




Page 64Page 92

Types




A

for battery


PB1381 PB1391 25 12V 12 16 PB1382 PB1392 12 24V 24 32

PB1384 PB1394 6 48V 48 64

PB1386 PB1396 4,5 60V 60 80

PB1387 PB1397 2,7 110V 110 145

PB1388 PB1398 1,4 220V 220 290

output









specifications



19“- Cassette

construction 19“- cassette 6u, 19”- standard depth 160mm 14TE front panel aluminum natural colour anodized, 12TE possible upon request

connectors 2 x H15, mating connector

weight app. 2,1kg


PB12 . 8 . 4 - E

Series Input

voltage Output


Page 65Page 93




Page 66Page 94

Types




A

for battery

Adjustable VDC 185-264 93-138 / 185-264 min. max.

PB1581 PB1591 34 12V 12 16 PB1582 PB1592 18 24V 24 32

PB1584 PB1594 9 48V 48 64

PB1586 PB1596 7,5 60V 60 80

PB1587 PB1597 4 110V 110 145

PB1588 PB1598 2 220V 220 290 Output voltages up to 400VDC possible

output









specifications



19“- Cassette

construction 19“- cassette 6u, 19”- standard depth 160mm 24TE front panel aluminum natural colour anodized, 21TE upon request

connectors 2 x H15, if output ≥ 50A high current connector in addition, mating connector

weight app. 4kg


PB15 . 8 . 2 - E

Series Input


Internal Option

Page 67Page 95





166

Page 68Page 96

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for

batteryadjustable VDC

min. max.

PB3581 PB3591 PB3581V PB3591V 50 12V 12 16 PB3582 PB3592 PB3582V PB3592V 28 24V 24 32

PB3584 PB3594 PB3584V PB3594V 15 48V 48 64

PB3586 PB3596 PB3586V PB3596V 12 60V 60 80

PB3587 PB3597 PB3587V PB3597V 7 110V 110 145

PB3588 PB3598 PB3588V PB3598V 3,5 220V 220 290

Output voltages up to 400VDC possible

output








safety turn off at high temperature automatic return


specifications


additional option: temperature controlled charging

19“- Cassette

construction 19“- cassette 6u, 19”- special depth 220mm 24TE front panel aluminum natural colour anodized, 21TE upon request

connectors 2 x H15, if output > 50ADC high current connector H130 in addition

weight app. 5kg


PB35 . 8 . 2 - E

Series Input


Internal Option

Page 69Page 97





226

Page 70Page 98

Types



VAC- input Voltage range output

185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for

battery adjustable VDC

min. max.


PB3784 PB3794 PB3784V PB3794V 22 48V 48 64

PB3786 PB3796 PB3786V PB3796V 18 60V 60 80

PB3787 PB3797 PB3787V PB3797V 10 110V 110 145

PB3788 PB3798 PB3788V PB3798V 5 220V 220 290

Output Voltages up to 400VDC possible

output










specifications

general description


19“- Cassette


connectors 2 x H15, if output > 50ADC high current connector H130 in addition

weight app. 6,2kg


PB37 . 8 . 2 - E

Series Input


Internal Option

Page 71Page 99





226

Page 72Page 100

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for

battery Adjustable VDC

min. max.


PB3684 PB3694 PB3684V PB3694V 30 48V 48 64

PB3686 PB3696 PB3686V PB3696V 24 60V 60 80

PB3687 PB3697 PB3687V PB3697V 14 110V 110 145

PB3688 PB3698 PB3688V PB3698V 7 220V 220 290 Output voltages up to 400VDC possible

output










specifications



19“- Cassette


connectors 2 x H15, if output ≤ 30VDC high current connector H130 in addition

weight app.11kg


PB36 . 8 . 2 - E

Series Input


Internal Option

Page 73Page 101




Page 74Page 102

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.

PB4781 PB4791 PB4781V PB4791V 110 12 12 16 PB4782 PB4792 PB4782V PB4792V 70 24 24 32

PB4784 PB4794 PB4784V PB4794V 35 48 48 64

PB4786 PB4796 PB4786V PB4796V 30 60 60 80

PB4787 PB4797 PB4787V PB4797V 18 110 110 145

PB4788 PB4798 PB4788V PB4798V 9 220 220 290


output










specifications



19“- Cassette


For output ≤ 24VDC and for options E or R, output ≤ 48VDC, external forced cooling > 90m3 is required.


weight app. 8,7kg


PB47 . 8 . 2 - E

Series Input


Internal Option

Page 75Page 103





306

Page 76Page 104

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.


PB3886 PB3896 PB3886V PB3896V 35 60V 60 80

PB3887 PB3897 PB3887V PB3897V 20 110V 110 145

PB3888 PB3898 PB3888V PB3898V 10 220V 220 290


output










specifications



19“- Cassette




weight app. 12kg


PC38 . 8 . 2 - E

Series Input


Internal Option

Page 77Page 105





226

Page 78Page 106

Types


Battery Charger Series PB4800 max. 5000 Watt 19” Cassette 6U Input, output, Case isolated against each other Inrush current limit (H) IU characteristic


185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.

PB4884 - PB4884V PB4894V 70 48 48 64 PB4886 - PB4886V PB4896V 60 60 60 80

PB4887 - PB4887V PB4897V 34 110 110 145

PB4888 - PB4888V PB4898V 18 220 220 290 Output voltages up to 400VDC possible

output










specifications



19“- Cassette



connectors 2 x H15, if output ≤ 100VDC/input ≤ 160VDC high current connector H130 in addition

weight app. 16kg


PB48 . 8 . 4 - E

Series Input


Internal Option

Page 79Page 107





306

Page 80Page 108

Types


Battery Charger Series PB600W max. 500Watt W wall mount Input, output, case isolated against each other Inrush current limit (H) IU characteristic


185-264 93-138 / 185-264 A for

battery min. max.







output



specifications

general description AC- input additional


Mounting Plate with connection terminals (W)

construction mounting plate

connectors connection terminals

weight app. 4,5kg

How to order: PB682W-E

PB6 . 8 . 2 . W - E

Series Input

voltage Output

voltage Mechanic Internal Option

Page 81Page 109

Types


Battery Charger Series PB2500W max. 400Watt W wall mount Input, output, Case isolated against each other Inrush current limit (H) IU characteristic


A

for battery

adjustable 185-264 93-138 / 185-264 min. max.

PB2581 PB2591 23 12V 12 16 PB2582 PB2592 13 24V 24 30

PB2584 PB2594 6,2 48V 48 64

PB2586 PB2596 5,1 60V 60 80

PB2587 PB2597 2,8 110V 110 145

PB2588 PB2598 1,4 220V 220 280

output


overload protection IU- Characteristic, Constant Current limit







specifications






weight app. 5,0kg


PB25 . 8 . 2 . W - E

Series Input

voltage Output


Page 82Page 110

Types


Battery Charger Series PB2600W max. 800Watt W wall mount Input, output, Case isolated against each other Inrush current limit (H) IU characteristic


A

for battery

adjustable

185-264 93-138 / 185-264 min. max.

PB2681 PB2691 50 12V 12 16 PB2682 PB2692 25 24V 24 32

PB2684 PB2694 13 48V 48 64

PB2686 PB2696 10 60V 60 80

PB2687 PB2697 6 110V 110 145

PB2688 PB2698 3 220V 220 290

output









specifications






weight app. 6,0kg


PB26 . 8 . 2 . W - E

Series Input

voltage Output


Page 83Page 111

Types

Powertronic GmbH & Co KG Phone: +49-(0)5223-18059-0 06/16 D-32278 Kirchlengern mail: [email protected]

Battery Charger Series PB1200W max. 200Watt W Wall Mount Input, output, Case isolated against each other Inrush current limit (H) IU characteristic


A

for battery


PC1282 PC1292 12 12V 12 16 PC1284 PC1294 6 24V 24 32

PC1289 PC1299 3 48V 48 64

PC1286 PC1296 2,6 60V 60 80

PC1287 PC1297 1,4 110V 110 145

PC1288 PC1298 0,7 220V 220 290

output









specifications




construction mounting plate (connectors are changed against wires)


weight app. 4,7kg


PB12 . 7 . 2 . W - E

Series Input

voltage Output


Page 84Page 112

Types




A

for battery


PB1381 PB1391 25 12V 12 16 PB1382 PB1392 12 24V 24 32

PB1384 PB1394 6 48V 48 64

PB1386 PB1396 4,5 60V 60 80

PB1387 PB1397 2,7 110V 110 145

PB1388 PB1398 1,4 220V 220 290

output









specifications




construction mounting plate (connectors are changed against wires)


weight app. 5,0kg


PB13 . 8 . 2 . W - E

Series Input

voltage Output


Page 85Page 113

Types




A

for battery

Adjustable VDC 185-264 93-138 / 185-264 min. max.

PB1581 PB1591 34 12V 12 16 PB1582 PB1592 18 24V 24 32

PB1584 PB1594 9 48V 48 64

PB1586 PB1596 7,5 60V 60 80

PB1587 PB1597 4 110V 110 145

PB1588 PB1598 2 220V 220 290 Output voltages up to 400VDC possible

output









specifications






weight app. 6,3kg


PB15 . 8 . 2 . W - E

Series Input

voltage Output


Page 86Page 114

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for

batteryadjustable VDC

min. max.


PB3584 PB3594 PB3584V PB3594V 15 48V 48 64

PB3586 PB3596 PB3586V PB3596V 12 60V 60 80

PB3587 PB3597 PB3587V PB3597V 7 110V 110 145

PB3588 PB3598 PB3588V PB3598V 3,5 220V 220 290


output










specifications


additional option: temperature controlled charging




weight app. 8,0kg


PB35 . 8 . 2 . W - E

Series Input

voltage Output


Page 87Page 115

Types



VAC- input Voltage range output

185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.


PB3784 PB3794 PB3784V PB3794V 22 48V 48 64

PB3786 PB3796 PB3786V PB3796V 18 60V 60 80

PB3787 PB3797 PB3787V PB3797V 10 110V 110 145

PB3788 PB3798 PB3788V PB3798V 5 220V 220 290

Output Voltages up to 400VDC possible

output










specifications

general description





weight app. 9,5kg


PB37 . 8 . 2 . W - E

Series Input

voltage Output


Page 88Page 116

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.


PB3684 PB3694 PB3684V PB3694V 30 48V 48 64

PB3686 PB3696 PB3686V PB3696V 24 60V 60 80

PB3687 PB3697 PB3687V PB3697V 14 110V 110 145

PB3688 PB3698 PB3688V PB3698V 7 220V 220 290 Output voltages up to 400VDC possible

output










specifications






weight app. 12,5kg


PB36 . 8 . 2 . W - E

Series Input

voltage Output


Page 89Page 117

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.

PB4781 PB4791 PB4781V PB4791V 110 12 12 16 PB4782 PB4792 PB4782V PB4792V 70 24 24 32

PB4784 PB4794 PB4784V PB4794V 35 48 48 64

PB4786 PB4796 PB4786V PB4796V 30 60 60 80

PB4787 PB4797 PB4787V PB4797V 18 110 110 145

PB4788 PB4798 PB4788V PB4798V 9 220 220 290


output










specifications




construction mounting plate For output ≤ 24VDC and for options E or R at output ≤ 48VDC, fan for forced cooling is mounted.


weight app. 13,0kg


PB47 . 8 . 2 . W - E

Series Input

voltage Output


Page 90Page 118

Types




185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.


PB3886 PB3896 PB3886V PB3896V 35 60V 60 80

PB3887 PB3897 PB3887V PB3897V 20 110V 110 145

PB3888 PB3898 PB3888V PB3898V 10 220V 220 290


output










specifications




construction mounting plate For output ≤ 24VDC and for options E or R, at output ≤ 48VDC, fan for forced cooling is mounted.


weight app. 19,0kg

How to order: PB3882W-R

PB38 . 8 . 2 . W - E

Series Input

voltage Output


Page 91Page 119

Types


Battery Charger Series PB4800W max. 5000 Watt W Wall Mount Input, output, Case isolated against each other Inrush current limit (H) IU characteristic


185-264

93-138 185-264

320-460 3ph.

410-530 3ph.

A for


min. max.

PB4884 - PB4884V PB4894V 70 48 48 64 PB4886 - PB4886V PB4896V 60 60 60 80

PB4887 - PB4887V PB4897V 34 110 110 145

PB4888 - PB4888V PB4898V 18 220 220 290 Output voltages up to 400VDC possible

output










specifications




construction mounting plate for options E or R, at output ≤ 48VDC, fan for forced cooling is mounted.


weight app. 16,0kg


PB48 . 8 . 4 . W - E

Series Input

voltage Output


Page 92Page 120

Dimensions Mounting Bracket / Plate W


Series a b Series c d depth

PB2500W 300 260 PB600W 220 220 167,5

PB1200W 360 260 PB2600W 220 220 229

PB1300W 360 260 PB3600W 220 360 229

PB1500W 360 260 PB3800W 280/320* 360/450* 232

PB3500W 360 260 PB4800W 280/320* 360/450* 309

PB3700W 360 260

PB4700W 360 345 * applicable to models ≥150A output current

Page 93Page 121

Specifications


Input Input voltage range refer to the table of types in the various series Frequency 40-70Hz, 16/400Hz possible on request Power factor 0,65-0,75 cap., depending on type and load Inrush current max 10 times nominal input current No-load input current 2-10W depending on type Switch-on time typ. 2s Hold-up time typ. 15ms at 230 VAC Turn on/off ≤ 95% Umin ≥ 105% Umax Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Output voltage adjustable - refer to the table of types in the various series Output current refer to the table of types in the various series Characteristic IU, temperature controlled charging on request Line regulation 0,1%, measured directly at the connection terminal Load regulation 0,2%, measured directly at the connection terminal with options E, R, : combined 2% or 1V (the lower value is applicable) Ripple <1%+30mV p-p typ. without battery Response time typ. 2ms Load transient 10-100-10% typ. 6% On/off overshoot none Overload protection electronical - adjustable IU-characteristic, automatic return Over voltage protection electronical - adjustable pulse frequency app. 5Hz, automatic return, no effect on external over voltage - also see "General Information" Remote sensing existing - also see "General Information" Parallel operation possible (options E, R, C, Ci) General Temperature coefficient typ. 0,02%/°C Operating temperature -20°C to +70°C Current derating from+45°C to+70°C by 2,5%/°C with free natural convection, with forced air cooling upon inquiry (no automatic derating) Storage temperature -40°C to +85°C Humidity 75% without condensation, >75% option T necessary Efficiency at full load 65%-92%, depending on type, - also see table "Efficiency" Switching frequency typ. 33kHz / 20kHz MTBF at 40°C depending on type, app. 100 000h acc. MIL-HDBK217 app. 2100 fit acc. SN29500 Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 - also see page 2 Creepage distances in/out, in/ground, Series 200-2600: 4mm, Series 3500-4800: 6,5mm Air distances in/out, in/ground, Series 200-2600: 3mm, Series 3500-4800: 5mm RFI-interference acc. EN 55011Class "A", optionally "B" upon inquiry EMC / CE EN 61000-6-4, EN 61000-6-2


Connectors 15-pole terminal acc. DIN 41612, "H15", >50A additional 2-pole high current connector "H130"

Page 94Page 122

Quality Control System


Structure of the process and quality management to ISO 9001

Quality Control System - All the testing processes are definied, registered and the results recorded. - The testing and measuring equipment is carefully maintained and officially calibrated in given intervals. - All components go through an incoming quality inspection. - During the manufacturing process the single sub-assemblies are tested, the results are recorded and the sub-assemblies

are marked accordingly. - The sub-assemblies and units are manufactured according to written instructions given in the form of drawings, technical

descriptions and photos. - All the items are carefully handled during the manufacturing process, so that they are not damaged and their quality is

maintained. - Only the units with tested and marked sub-assemblies go through the end quality inspection. The end quality inspection

follows a written procedure and the results are recorded. - The test reports of the intermediate and end tests are evaluated. All units are put through the following end tests before delivery:

Isolation test (the designated terminals are shorted). This test can only be made after consulting Powertronic!

Test voltage input against outputs and case - 2s at input voltages <160VDC at input voltages >160VDC / all AC

2800VDC 3500VDC

Test voltage outputs against case - 2s at output voltages <60VDC at output voltages >60VDC

700VDC 2100VDC

Test voltage outputs against outputs - 2s 700VDC

Test voltage alarm contacts against all - 2s at input/output voltages <160VDC at input/output voltages >160VDC

2100VDC 2800VDC

EMC-Test

surges according to EN 61000-4-5

symmetrical asymmetrical bursts according to EN 61000-4-4

± 1000V ± 2000V ± 2000V

Earthed conductor test < 0.1 10A

Earth leakage test < 3,5mA

Burn-in up to 12h

Electrical parameter Naturally other parameters can be tested if required.

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Input fusing / Efficiency


Input Voltage Series

185-264 93-138 185-264

320-460 3ph

400-530 3ph

PB500 i 4 A i 4 A - -

PB600 i 5 A i 8 A - -

PB2500 i 4 A i 8 A - -

PB2600 e 10 A e 16 A - -

PB1200 I 3,15 A i 5 A - -

PB1300 i 5 A i 6,3 A - -

PB1500 e 10 A e 16 A - -

PB3500 e 10 A e 16 A e 10 A e 10 A

PB3600 e 20 A e 35 A e 16 A e 16 A

PB3700 e 16 A e 25 A e 10 A e 10 A

PB3800 e 25 A e 35 A e 16 A e 16 A

PB4700 e 25 A e 35 A e 16 A e 16 A

PB4800 e 50 A e 63 A e 35 A e 35 A

−−−− = not available i = built-in fuse cartridges 5x20mm characteristic slow blowing e = no fuse within the converter, recommended values for external fuse elements = characteristic slow blowing circuit

breakers (MCB) characteristic slow blowing should have 1-2 values higher rating

Series PB500 - PB4800 input-VAC

output VDC <16 >18<36 >36<90 >80

5-6 74% 78% 79% 80%

8-10 78% 81% 82% 83%

10-16 80% 83% 84% 85%

23-30 81% 84% 85% 86%

45-68 83% 86% 87% 88%

100-250 84% 87% 88% 89%

The above are typical values measured at nominal data under full load. They are randomly taken from app.1400 standard types and, therefore, are only average values. The exact value per type can be given upon request. Built-in options can decrease the degree of efficiency and increase the power dissipation to the following rates: Option E, R output 5-10 VDC 14-7 % 11-16 VDC 6-5 % 23-68 VDC 3-2 % 100-250 VDC 1-0,5 %

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Ratings of Electrical options 19”Cassette

Powertronic GmbH & Co. KG Phone: +49 -(0)5223-18059-0 06/13 D-32278 Kirchlengern mail: [email protected]

Options

Output Input

Series D K C E R U IA IE H L Q S P N

PB500 • • − 20A 20A 20A • • * - - − • •

PB2500 • • − 25A 25A 25A • • * - - − • •

PB600 • • • 35A 35A 35A • • * - - • • •

PB2600 • • • 35A 35A 35A • • * - • • •

PB1200 • • − 15A 15A 15A • • * - - • • •

PB1300 • • − 30A 30A 30A • • * - - • • •

PB1500 • • • 35A 35A 35A • • * - - • • •

PB3500 • • • 40A 40A 40A • • * - - • • •

PB3600 • • • 70A 70A 70A • • * - - • • •

PB3700 • • • 50A 50A 50A • • * - - • • •

PB3800 • • • 80A 80A 80A • • * - - • • •

PB4700 • • • 60A 60A 60A • • * - - • • •

PB4800 • • • 120A 120A 120A • • * - - • • •

It is not possible to build in all the options in one unit because of limitations, e.g. in space, heat transfer and connection pins. It also differs from series to series. There may also be reductions in the output current necessary if the options E or R are used simultaneously together with L and LA. Explanations: • Option is possible with all the types of this series. * Option H standard see Type xxA Option is only possible up to the given current value.

− Not possible with this series

Options within the marked area eliminate each other. Option E/R: By using the external cards EK/EB, higher current values are possible. Option X, Y: These options are not indicated in the above table, but they are available with every unit. This table is only a guide-line. It is not complete or compulsory. In case of doubt, please contact Powertronic.

Page 97Page 125

Internal Options - Input 19”Cassette


H Inrush Current Limiting (Standard)

A thermistor is connected in series with the input lines which changes its resistance from high to low when it gets hot. It does not reduce the current surge if the input power is interrupted for a short period of time not allowing the thermistor to cool down.

Technical Data

NTC-rating from 0,5Ω / 40A to 5Ω / 20A

AR Auto Ranging

For power supplies with dual input, the input connection must be selected right, 115 or 230VAC.

For power supplies with the option “AR” one single input connection is provided. The selection will be done automatically.

P Powerfail Alarm

An open collector of a transistor signals if the input voltage drops below a specified limit. At low voltage the transistor is blocked.

Technical Data

Standard setting DC app. 70% of nominal input AC app. 85% of nominal input Reference potential negative output Transistor data 24VDC / 20mA max.

N Powerfail Alarm

Potential- free relay contacts signal if the input voltage drops below a specified limit. The relay is without current at low voltage (NOC=open, NCC=closed).

Technical Data

Standard setting DC app. 70% of nominal input AC app. 85% of nominal input Contact ratings 250VDC / 1 A / 40W Operating temperature up to +55°C for relay

IE Inhibit

Through the connection of the INH to the (rectified) negative input, the unit is shut off (oscillator is stopped) and no output voltage is available.

Technical Data

External trip/ switch element 30VDC/20mA, caution for isolation = primary potential

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Internal Options – Output 19”Cassette


D DC OK- Logic The output is controlled against low voltage. An open collector of a transistor signals

when the output voltage drops below a specified limit. At low voltage the transistor is blocked.

Technical Data Standard setting app. 85% nominal (see Table below) Reference potential negative output Transistor data 24VDC / 20mA max.

K DC OK- Relay In this version potential-free contacts signal if the output voltage drops below a

specified limit. At low voltage the relay is without current (NOC=open, NCC=closed). Technical Data Standard setting app. 85% nominal (see Table below) Contact ratings 250VDC / 1A / 40W Operating temperature up to +55°C for relay

E Decoupling Diode A series diode built into the units output allows infinite paralleling of the units for

redundancy or higher power. For control purposes the anode of the diode is led out. It cannot be loaded ≥ 0.5A. The sense signal is taken partially from the anode and partially from the load/cathode of the decoupling diode. This guarantees starting and operating under all conditions, but it also effects the regulation accuracy of 2% or 1V (whichever is less). In this way it gives a load sharing of 15-30% between the paralleled units.

calculation formula (I Diode=1 x Iout )

R Decoupling Diode with DC OK-Relay This is a combination between Option E and Option K. The difference is that the

anode is not led out. At low voltage the relay is without current (NOC=open, NCC=closed).

Technical Data Standard setting app. 85 % nominal (see Table below) Contact ratings 250 VDC / 1 A / 40 W Operating temperature up to +55°C for relay


Standard Settings for the Alarm in Options D, K und R

nominal VDC

alarm ≤ VDC

nominal VDC

alarm ≤ VDC

nominal VDC

alarm ≤ VDC

24 20 60 51

12 10 110 95

48 41 220 190

C Active Current Sharing Through the use of an additional interconnecting wire between the parallel

operating units, a control circuit provides active current sharing of 5% by changing the output voltage accordingly (2% or 1,5V whichever is lower). A connected unit not supplying an output voltage may reduce the load voltage up to 8%. If this tolerance is not acceptable please use option Ci

Ci Active Current Sharing Same as option c but “fault tolerant”. If a connected unit is not supplying an output voltage its current sharing signal is

removed and the load voltage is not effected by this condition.

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Internal Options – Output 19”Cassette


U Polarity Protection A diode connected with opposite polarity in the output prevents damages to the unit if

an external voltage with the wrong polarity is applied. This option is necessary, if the unit outputs are connected in series. The diode can carry the nominal output current of the unit.


IA Inhibit The operation of the unit is inhibited when a voltage signal is applied in reference to

the negative line of the output. This can also be used in combination with a thermal trip, which shuts the unit down. A galvanically isolated version is available upon request.

Technical Data Shut off 5VDC, max. 20mA, ref. to main output Turn on open input

XU External Programming: Output voltage Voltage programming 0 – 10VDC (XUU) Current programming 4 – 20mA (XUI) XUR Monitoring (readout): Output voltage Voltage signal 0 – 10VDC (XURU) Current signal 4 – 20mA (XURI) Technical Data Reference potential negative sense of output Auxiliary voltage by current programming min. 10VDC ∆Uout 0-100%

XI External Programming: Output current by internal or external insulation amplifier only Voltage programming 0 – 10VDC (XIU) Current programming 4 – 20mA (XII) XIR Monitoring (readout): Output current Voltage signal 0 – 10VDC (XIRU) Current signal 4 – 20mA (XIRI) Technical Data Reference potential none, galvanic isolated Auxiliary voltage by current programming min. 10VDC ∆Uout 0-100%

XP External Programming By an external 10-turn potentiometer output voltage and/or output current can be

adjusted. Technical Data ∆Uout 0-100% ∆Iout 0-100%

Y Programmable by External Resistor By using an external NTC or PTC, connected to a sense line of the unit, the output

voltage can be programmed. e. g. for temperature controlled charging of batteries. Technical Data Programming resistor factory fixed – including sense resistor Current app. 1mA ∆Uout setting range of the unit

Internal Options - Environmental V Increased Mechanical Strength For special applications, e. g. in motorized vehicles, vessels and earthquake areas, the DC/DC and AC/DC supplies

can be modified for higher vibration/shock resistance. In this case, larger components as elcaps, magnetics etc. are additionally fixed. To be specified individually.

T Tropical Protection In the units all of the PCB’s and most of the components are coated with clear tropical protection varnish.

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Types


VAC- input voltage ranges output for battery

93-138

1ph 185-264

1ph 160-230

3ph. 320-460

3ph. 410-530

3ph. output Amps

VDC 2)

min. max.

---- ---- PB5262V PB5282V PB5292V 190 24 32 24V

---- ---- PB5264V PB5284V PB5294V 90 48 60 48V

---- ---- PB5266V PB5286V PB5296V 74 60 80 60V

---- ---- PB5267V PB5287V PB5297V 39 110 145 110V

---- ---- PB5268V PB5288V PB5298V 20 220 290 220V


2) Adjustable range

Features

output

adjustment over voltage protection OVP trimmer behind front panel 110-130% Unom

overload constant current limit

adjustment current limit trimmer behind front panel 80-110% Inom

sense lines existing

adjustment voltage trimmer behind front panel


alarm indication turn off at Uout

reset of alarm

red LED on front panel over voltage >5s push button on front panel



PB5200

Construction 19“ Subrack 84TE, 4u high, app. 600mm depth + Terminals app. 80mm (depending on type)

Connections terminals on the rear side

Weight app. 45,0kg

Battery Charger Series PB5200 max. 5000 Watt Input, output, case isolated against each other IU Characteristic

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Technical Data PB52_2V


Input Type PB5262V Input voltage 3x 160-230VAC 3-phase Input fuse MCB- 25A, 3pol. slow-characteristic, Type PB5282V Input voltage 3x 320-460VAC 3-phase Input fuse MCB- 20A, 3pol. slow-characteristic, Type PB5292V Input voltage 3x 410-530VAC 3-phase Input fuse MCB- 20A, 3pol. slow-characteristic, Frequency (AC)-input 40-70Hz, Power factor (AC)-input 0,7 capacitive Crest factor (AC)-input <2,5 Inrush current typ. 20-30 times nominal input current No-load input current <25W Switch-on time typ. 1s Hold-up time typ.5ms Turn on/off ≤ 95% Vmin ≥ 105% Vmax Spikes acc. EN 61000-4-5, Class 3 also see "Quality Control" Bursts acc. EN 61000-4-4, Level 3 also see "Quality Control" Output Output voltage for 24VDC-Battery, adjustable 24-32VDC Output current 160ADC Characteristic IU (other characteristics and temperature controlled charging possible on request) Line regulation 0,1%, measured directly at the connection terminal Load regulation 0,2%, measured directly at the connection terminal with options E, R, C: combined 2% or 1V (the lower value is applicable) Ripple < 170mVp-p typ. without battery Response time typ. 10ms Load transient 10-90-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection electronically – adjustable switching off after 5-10s →Reset button. no effect on external over voltage Parallel operation possible (options E, R, C, Ci) General Temperature coefficient typ. 0,02%/°C Operating temperature -20°C to +70°C Current derating from+55°C to+70°C by 2,5%/°C (no automatic derating) Cooling internal temperature-controlled fans Over-temperature protection unit switches off Storage temperature -40°C to+85°C Humidity 75% without condensation, (> 75% possible on request) Efficiency at full load >88% Switching frequency typ. 20kHz MTBF at 40°C app. 70 000h acc. MIL-HDBK217 app. 2700 fit acc. SN29500 Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 Creepage distances in/out, in/ground: 6,5mm Air distances in/out, in/ground: 5mm RFI-interference acc. EN 55011Class "A", optionally "B" upon inquiry EMC / CE EN 61000-6-4, EN 61000-6-2


Mechanic 19“-subrack 4U high, approx. 602 mm deep + terminals Weight approx. 45kg Connection Terminals at the rear side Options on request „Y“ temperature controlled characteristic 20 to + 45°C „Ci“ current sharing or parallel operation „R“ decoupling diode in the output with monitoring the output voltage, alarm at Uout < 17VDC via relay contact „A“ measuring for output voltage and - current digital 3½ digits, 0,2 % ± 1Digit

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Types


VAC- input voltage ranges output for

battery93-138 1ph

185-264 1ph

160-230 3ph.

320-460 3ph.

410-530 3ph.

output AmpsVDC 2)

min. max.

---- ---- PB5462V PB5482V PB5492V 350 24 32 24V

---- ---- PB5464V PB5484V PB5494V 180 48 64 48V

---- ---- PB5466V PB5486V PB5496V 147 60 80 60V

---- ---- PB5467V PB5487V PB5497V 77 110 145 110V

---- ---- PB5468V PB5488V PB5498V 40 220 290 220V

Output voltages up to 400VDC possible 2) Adjustable range

Features

output








reset of alarm




PB5400



Weight app. 50,0kg


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Page 112Page 140

Types



battery93-138 1ph

185-264 1ph

160-230 3ph.

320-460 3ph.

410-530 3ph.

output AmpsVDC 2)

min. max.

---- ---- ---- PB6484V PB6494V 310 48 64 48V

---- ---- ---- PB6486V PB6496V 270 60 80 60V

---- ---- ---- PB6487V PB6497V 150 110 145 110V

---- ---- ---- PB6488V PB6498V 75 220 290 220V


2) Adjustable range

Features

output








reset of alarm




PB6400



Weight app. 90,0kg


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Input Type PB6484V Input voltage 3x 320-460VAC 3-phase Input fuse MCB- 35A, 3pol. slow-characteristic, Type PB6494V Input voltage 3x 410-530VAC 3-phase Input fuse MCB- 35A, 3pol. slow-characteristic, Frequency (AC)-input 40-70Hz, Power factor (AC)-input 0,7 capacitive Crest factor (AC)-input <2,5 Inrush current typ. 20-30 times nominal input current No-load input current <25W Switch-on time typ. 1s Hold-up time typ.5ms Turn on/off ≤ 95% Vmin ≥ 105% Vmax Spikes acc. EN 61000-4-5, Class 3 also see "Quality Control" Bursts acc. EN 61000-4-4, Level 3 also see "Quality Control" Output Output voltage for 48VDC-Battery, adjustable 48-64VDC Output current 310ADC Characteristic IU (other characteristics and temperature controlled charging possible on request) Line regulation 0,1%, measured directly at the connection terminal Load regulation 0,2%, measured directly at the connection terminal with options E, R, C: combined 2% or 1V (the lower value is applicable) Ripple < 170mVp-p typ. without battery Response time typ. 10ms Load transient 10-90-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection electronically – adjustable switching off after 5-10s →Reset button. no effect on external over voltage Parallel operation possible (options E, R, C, Ci) General Temperature coefficient typ. 0,02%/°C Operating temperature -20°C to +70°C Current derating from+55°C to+70°C by 2,5%/°C (no automatic derating) Cooling internal temperature-controlled fans Over-temperature protection unit switches off Storage temperature -40°C to+85°C Humidity 75% without condensation, (> 75% possible on request) Efficiency at full load >88% Switching frequency typ. 20kHz MTBF at 40°C app. 70 000h acc. MIL-HDBK217 app. 2700 fit acc. SN29500 Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 Creepage distances in/out, in/ground: 6,5mm Air distances in/out, in/ground: 5mm RFI-interference acc. EN 55011Class "A", optionally "B" upon inquiry EMC / CE EN 61000-6-4, EN 61000-6-2



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Types



battery 160-230 3ph.

320-460 3ph.

410-530 3ph.

size output Amps

VDC 2)

min. max.

PB5662VW PB5682VW PB5692VW O 230 24 32 24V

PB5664VW PB5684VW PB5694VW O 110 48 64 48V

PB5666VW PB5686VW PB5696VW O 88 60 80 60V

PB5667VW PB5687VW PB5697VW O 46 110 145 110V

PB5668VW PB5688VW PB5698VW O 24 220 290 220V


Features

output








reset of alarm




PB5600W

Construction Mounting plate for wall mounting

Connections terminals

Weight depending on type

Battery Charger Series PB5600W max. 6000 Watt W Mounting plate with terminals Input, output, case isolated against each other IU Characteristic

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Technical Data PB56_2VW


Input Type PB5662VW Input voltage 3x 160-230VAC 3-phase Input fuse MCB- 35A, 3pol. slow-characteristic, Type PB5682VW Input voltage 3x 320-460VAC 3-phase Input fuse MCB- 20A, 3pol. slow-characteristic, Type PB5692VW Input voltage 3x 410-530VAC 3-phase Input fuse MCB- 20A, 3pol. slow-characteristic, Frequency (AC)-input 40-70Hz, Power factor (AC)-input 0,7 capacitive Crest factor (AC)-input <2,5 Inrush current typ. 20-30 times nominal input current No-load input current <25W Switch-on time typ. 1s Hold-up time typ.5ms Turn on/off ≤ 95% Vmin ≥ 105% Vmax Spikes acc. EN 61000-4-5, Class 3 also see "Quality Control" Bursts acc. EN 61000-4-4, Level 3 also see "Quality Control" Output Output voltage for 24VDC-Battery, adjustable 24-32VDC Output current 190ADC Characteristic IU (other characteristics and temperature controlled charging possible on request) Line regulation 0,1%, measured directly at the connection terminal Load regulation 0,2%, measured directly at the connection terminal with options E, R, C: combined 2% or 1V (the lower value is applicable) Ripple < 170mVp-p typ. without battery Response time typ. 10ms Load transient 10-90-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection electronically – adjustable switching off after 5-10s →Reset button. no effect on external over voltage Parallel operation possible (options E, R, C, Ci) General Temperature coefficient typ. 0,02%/°C Operating temperature -20°C to +70°C Current derating from+55°C to+70°C by 2,5%/°C (no automatic derating) Cooling internal temperature-controlled fans Over-temperature protection unit switches off Storage temperature -40°C to+85°C Humidity 75% without condensation, (> 75% possible on request) Efficiency at full load >88% Switching frequency typ. 20kHz MTBF at 40°C app. 70 000h acc. MIL-HDBK217 app. 2700 fit acc. SN29500 Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 Creepage distances in/out, in/ground: 6,5mm Air distances in/out, in/ground: 5mm RFI-interference acc. EN 55011Class "A", optionally "B" upon inquiry EMC / CE EN 61000-6-4, EN 61000-6-2


Mechanic Mounting Plate Dimensions approx. 800mm high x 500mm wide x 310 mm deep Weight approx. 70kg Connection Terminals Options on request „Y“ temperature controlled characteristic 20 to + 45°C „Ci“ current sharing or parallel operation „R“ decoupling diode in the output with monitoring the output voltage, alarm at Uout < 17VDC via relay contact „A“ measuring for output voltage and - current digital 3½ digits, 0,2 % ± 1Digit

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Types



battery 160-230 3ph.

320-460 3ph.

410-530 3ph.

size output Amps

VDC 2)

min. max.

- BP5882VW BP5892VW O 400 24 32 24V

- BP5884VW BP5894VW O 220 48 64 48V

- BP5886VW BP5896VW O 180 60 80 60V

- BP5887VW BP5897VW O 92 110 145 110V

- BP5888VW BP5898VW O 48 220 290 220V


Features

output








reset of alarm




PB5600W

Construction Mounting plate for wall mounting

Connections terminals

Weight depending on type

Battery Charger Series PB5800W max.12000 Watt W Mounting plate with terminals Input, output, case isolated against each other IU Characteristic

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Input Type PB5884VW Input voltage 3x 320-460VAC 3-phase Input fuse MCB- 20A, 3pol. slow-characteristic, Type PB5894VW Input voltage 3x 410-530VAC 3-phase Input fuse MCB- 20A, 3pol. slow-characteristic, Frequency (AC)-input 40-70Hz, Power factor (AC)-input 0,7 capacitive Crest factor (AC)-input <2,5 Inrush current typ. 20-30 times nominal input current No-load input current <25W Switch-on time typ. 1s Hold-up time typ.5ms Turn on/off ≤ 95% Vmin ≥ 105% Vmax Spikes acc. EN 61000-4-5, Class 3 also see "Quality Control" Bursts acc. EN 61000-4-4, Level 3 also see "Quality Control" Output Output voltage for 48VDC-Battery, adjustable 48-64VDC Output current 190ADC Characteristic IU (other characteristics and temperature controlled charging possible on request) Line regulation 0,1%, measured directly at the connection terminal Load regulation 0,2%, measured directly at the connection terminal with options E, R, C: combined 2% or 1V (the lower value is applicable) Ripple < 170mVp-p typ. without battery Response time typ. 10ms Load transient 10-90-10% typ. 6% On/off overshoot none Overload protection electronically Over voltage protection electronically – adjustable switching off after 5-10s →Reset button. no effect on external over voltage Parallel operation possible (options E, R, C, Ci) General Temperature coefficient typ. 0,02%/°C Operating temperature -20°C to +70°C Current derating from+55°C to+70°C by 2,5%/°C (no automatic derating) Cooling internal temperature-controlled fans Over-temperature protection unit switches off Storage temperature -40°C to+85°C Humidity 75% without condensation, (> 75% possible on request) Efficiency at full load >88% Switching frequency typ. 20kHz MTBF at 40°C app. 70 000h acc. MIL-HDBK217 app. 2700 fit acc. SN29500 Construction acc. EN 50178, EN 60950, Class I Isolation acc. EN 50178, EN 60950 Creepage distances in/out, in/ground: 6,5mm Air distances in/out, in/ground: 5mm RFI-interference acc. EN 55011Class "A", optionally "B" upon inquiry EMC / CE EN 61000-6-4, EN 61000-6-2



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Mechanic Mounting Plate Dimensions approx. 800mm high x 500mm wide x 310 mm deep Weight approx. 70kg Connection Terminals Options on request „Y“ temperature controlled characteristic 20 to + 45°C „Ci“ current sharing or parallel operation „R“ decoupling diode in the output with monitoring the output voltage, alarm at Uout <160VDC via relay contact „A“ measuring for output voltage and - current digital 3½ digits, 0,2 % ± 1Digit

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Internal Options – Series PB > 5000W


H Inrush Current Limiting A thermistor is connected in series with the input lines which changes its resistance

from high to low when it gets hot. It does not reduce the current surge if the input power is interrupted for a short period of time not allowing the thermistor to cool down.

Technical Data NTC-rating from 0,5Ω / 40A to 5Ω / 20A HE Inrush Current Limiting An electronic circuit limits the high inrush current caused by built-in capacitors. Switch- on time may increase to 5s.

P Powerfail Alarm An open collector of a transistor signals if the input voltage drops below a specified

limit. At low voltage the transistor is blocked. Technical Data Standard setting DC app. 70% of nominal input AC app. 85% of nominal input Reference potential negative output Transistor data 24VDC / 20mA max.

N Powerfail Alarm Potential- free relay contacts signal if the input voltage drops below a specified limit.

The relay is without current at low voltage (NOC=open, NCC=closed) . Technical Data Standard setting DC app. 70% of nominal input AC app. 85% of nominal input Contact ratings 250VDC / 1 A / 40W Operating temperature up to +55°C for relay

IE Inhibit Through the connection of the INH to the (rectified) negative input, the unit is shut off

(oscillator is stopped) and no output voltage is available. Technical Data External trip/ switch element 30VDC/20mA, caution for isolation =primary potential

J Main Switch A camshaft switch is mounted at the front side. Technical Data Input 1-phase 2 pole Input 3-phase 3 pole Breaking current 20A, 40A, 50A

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Internal Options – Output Series PB > 5000W


D DC OK- Logic The output is controlled against low voltage. An open collector of a transistor signals

when the output voltage drops below a specified limit. At low voltage the transistor is blocked.

Technical Data Standard setting app. 85% nominal (see Table below) Reference potential negative output Transistor data 24VDC / 20mA max.

K DC OK- Relay In this version potential-free contacts signal if the output voltage drops below a

specified limit. At low voltage the relay is without current (NOC=open, NCC=closed). Technical Data Standard setting app. 85% nominal (see Table below) Contact ratings 250VDC / 1A / 40W Operating temperature up to +55°C for relay

E Decoupling Diode A series diode built into the units output allows infinite paralleling of the units for

redundancy or higher power. For control purposes the anode of the diode is led out. It cannot be loaded ≥ 0.5A. The sense signal is taken partially from the anode and partially from the load/cathode of the decoupling diode. This guarantees starting and operating under all conditions, but it also effects the regulation accuracy of 2% or 1V (whichever is less). In this way it gives a load sharing of 15-30% between the paralleled units.


R Decoupling Diode with DC OK -Relay This is a combination between Option E and Option K. The difference is that the

anode is not led out. At low voltage the relay is without current (NOC=open, NCC=closed).

Technical Data Standard setting app. 85 % nominal (see Table below) Contact ratings 250 VDC / 1 A / 40 W Operating temperature up to +55°C for relay


Standard Settings for the Alarm in Options D, K und R

nominal VDC

alarm ≤ VDC

nominal VDC

alarm ≤ VDC

24 17 220 160

48 34

60 42

110 78

C Active Current Sharing Through the use of an additional interconnecting wire between the parallel

operating units, a control circuit provides active current sharing of 5% by changing the output voltage accordingly (2% or 1V whichever is lower).

A connected unit not supplying an output voltage may reduce the load voltage up to 8%.

Ci Active Current Sharing Same as option c but “fault tolerant”. If a connected unit is not supplying an output voltage its current sharing signal is

removed and the load voltage is not effected by this condition.

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Internal Options – Output Series PB > 5000W


U Polarity Protection A diode connected with opposite polarity in the output prevents damages to the unit if

an external voltage with the wrong polarity is applied. This option is necessary, if the unit outputs are connected in series. The diode can carry the nominal output current of the unit.


IA Inhibit The operation of the unit is inhibited when a voltage signal is applied in reference to

the negative line of the output. This can also be used in combination with a thermal trip, which shuts the unit down. A galvanically isolated version is available upon request.

Technical Data Shut off 5VDC, max. 20mA, ref. to negative output Turn on open input

XS External Programming An external signal applied in reference to the negative output line programs the output

voltage or/and output current. XSR additional actual value return signal Technical Data External signal 0-10VDC/4-20mA Value return signal 0-10VDC/4-20mA Reference potential negative sense of output ∆Uout 0-100% ∆I out 0-100%

XI External Programming The programming signal is isolated by an internal circuitry. XIR additional isolated actual value return signal Technical Data External signal 0-10VDC/4-20mA Value return signal 0-10VDC/4-20mA ∆Uout 0-100% ∆I out 0-100%

XP External Programming By a 10-turn potentiometer located on the front side. Output voltage and/or output

current can be adjusted. Technical Data ∆Uout 0-100% ∆Iout 0-100%

Y Programmable by External Resistor By using an additional external resistor, NTC or PTC connected to a sense line of the

unit, the output voltage can be programmed. e. g. for temperature controlled charging of batteries.

Technical Data Programming resistor factory fixed – including sense resistor Current app. 1mA ∆Uout setting range of the unit

A Meters 31/2 digit panel meters on the front side input voltage and/or input current output voltage and/or output current

Internal Options - Environmental V Increased Mechanical Strength For special applications, e. g. in motorized vehicles, vessels and earthquake areas, the DC/DC and AC/DC supplies

can be modified for higher vibration/shock resistance. In this case, larger components as elcaps, magnetics etc. are additionally fixed. To be specified individually.

T Tropical Protection In the units all of the PCB’s and most of the components are coated with clear tropical protection varnish.

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PSI Series


AC/DC- Converter / Battery charger

Series PSI

1200Watt

Technical Data Series PSI

Type Output adjustable Boost charge Alarm

Spannung (VDC) Strom (ADC) OVP (VDC) max. (VDC) UOUT (≤VDC)

PSI 1200/24 23 - 28 30 - 40 24 - 33 29 20

PSI 1200/36 34 - 42 20 - 25 36 - 50 43 30

PSI 1200/48 46 - 56 15 - 20 48 - 65 58 41

PSI 1200/60 58 - 70 12 - 16 60 - 80 72 51

PSI 1200/110 100 - 130 7 - 9 110 - 150 132 95

PSI 1200/220 200 - 260 3 - 4,5 220 - 300 264 190

Input Voltage a) 185-264 VAC 45-65 Hz b) 260-370VDC no NTC EMV HF-Spikes/Burst EN60801-3/4/5-level III Inrush current NTC 7 Ω, 10A Switch on time 7s typical Power factor 0.75 cap. typical, Crest 2.5 No load current typical 0,25A 1 Current nom. load 9A at 185V Hold up time 20ms / 230V RFI EN55022-"A" Fuse external Fuse 10A slow blow or 16A Circuit Breaker “C“ or “K“ Output decoupling by diode, no load protected, OCP and OVP Voltage see table Current see table Output characteristic UI / Option W,Z,T 0Voltage regulation stat. +-2% or +-1V which ever is greater dyn. +-4% 10 - 100% Load Sense lines 10% UOUT max. compensating Current regulation +-5% / nominal load Ripple <200mV P/P <2mV psophometrie CISPR Recovery time 1ms typ. OVP (Over voltage protec.) see table electronic turn -off <2ms reset through push-button OTP (Over temperature) turn off - Reset through push button Redundant operation possible through built in diode Parallel operation possible, unlimited Operation in series possible with option U (cross diode) Boost charge Option W = manual switch Option Z = manual switch with automatic, time delayed return see table Option T Temp. compensated charging

Controls/ Indicators Control elements / Indicators (on Front panel) LED 1green/Power On LED 2 red/over voltage LED 3 red/over temperature reset-push button for 2, 3 potentiometer U OUT potentiometer OVP External Alarm (on Connector) anode decoupling diode max. 0,1A output <85% Unom by potentialfree contacts 1 NCC / 1 NOC 250V / 1A / 40W max. Values see table General Operation temperature 0ºC to +60ºC Load derating 2,5% / ºC from +40ºC Storage temperature -20ºC to +70ºC Humidity 75% without condensation Cooling regulated DC-fans intake through front panel exhaust through rear panel Switching frequency app. 80 kHz Construction VDE 0804 / EN 60950 class 1 Isolation input/all/3500 VDC output/all/1400 VDC Creepage distance 6mm input / output 4mm case / all Air distance 6mm input / output 4mm case/ all Mechanical construction designed for 19"-racks 3U, 335mm deep Front plate 42TE / RAL 7032 Connector 2 x H15, DIN 41612 Weight app. 5kg EMV EN 61000-6-2 / EN 61000-6-4

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PSI Series


General Description Primary Circuit The input is connected to the primary switching system via NTC, RFI filter 2 and bridge-connected rectifier 3. The filter reduces switching noise that is conduced into the primary supply system. NTC resistor 1 limits the inrush current. The rectified input voltage can be used for connection of additional storage capacitors or DC- supply voltage of 260 - 370VDC.

The switching system is a push-pull circuit in full-bridge connection. Switching transistors 6a and 6b are controlled by circuit 8 alternately conducting with variable pulse-width, connecting the rectified input voltage with alternating polarity to the primary winding of transformer 5. The signal across C.T. 7 is used for current limiting for the protection of the semiconductors against excessive current.

Secondary Circuit The voltage of the primary windings is transformed to the secondary side in the turns ratio of the windings, is then rectified by diodes 11a and 11b and filtered by choke 12 in conjunction with capacitor 14. The average value of the voltage across the capacitor depends on the input voltage and the on/off-ratio of the switching transistors. It is conducted to the output terminals ripple filter 16. The output voltage is connected via external sense leads to the voltage control circuit 18. There it is compared with a reference, and the error signal controls, via an opto-coupler, the switching transistor at the primary side. For overvoltage protection (OVP) circuit 17 senses internally the output voltage and turns off the switching transistors via an optocoupler, if a certain adjustable level is reached.Reset by pressing frontpanel push button switch. For current limiting the signal across C.T. 13 starts to reduce the output voltage if the current exceeds a certain limit. For the reason of dynamic stability this circuit responds with some delay, whereas the primary limiting circuit interfaces nearly instantaneously for fast protection of the semiconductors. Cooling is assured by internal DC-fan 22. Overtemperature protection is made by circuit 21, which turns off the switching transistors. Reset by pressing frontpanel push button switch. Decoupling diode 19 prevents reverse current during charging or redundant operations. Anode is available for control purposes. Circuit 20 senses output for low voltage. Alarm is given by potential

Block Diagram

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PSI Series


General Information Starting Behaviour When the module is connected to the input power, the primary capacitors will be charged by a high current pulse. The magnitude of this pulse mainly depends on the supply system. With a internal thermistor in series with the input, this current pulse is reduced. This current limiting will not be effective if the power is interrupted for a short period of time only, not allowing the thermistor to cool down. The build-up of the output voltage is electronically delayed by a soft-start circuit on the control board and does hardly contribute to the current surge at the input during turn-on. The output voltage reaches he final value in approx. 2s after the application of input power. No Load Operation The primary and the secondary control circuits are powered from auxiliary windings on the main transformer, and in order to keep them in operation, the oscillation must be maintained, even with no output load. Since a certain amount of energy is transferred to the secondary side with every cycle, a small base load is built into the module in the order of 1...2% of the rated load. No additional external load is required for stable operation. Overvoltage Protection (OVP) To protect the load and the internal circuits against excessive output voltage, an independent circuit switches off the primary control pulses if a certain adjustable output voltage is exceeded, so that no more energy is transmitted to the secondary side. Different from „crow-bar“ circuits, which apply a short circuit across the output terminals by firing a thyristor, the system used here does not provide protection against overvoltage that comes from outside which, however, is quite unlikely to happen. After press the reset bottom the unit returns back to operation. Overtemperature Protection (OTP) To protect the unit against over temperature in case of fan failure, blocked filter pad or ext. over temperature an independent circuit switches off the output voltage within 2ms. After cooling down press the reset bottom to get the converter back in function.

Output Ripple The output voltage of switch mode converters/power supplies is generated by a filter circuit from PWM regulated AC voltage. According to the modes of filtering used, a ripple remains more or less. This ripple consists of periodic changes of the output voltage and also of the spikes generated by transistors and diodes turning on/off. It is defined and measured at the maximum input voltage / maximum output current up to 30 MHz bandwidth.

A test set-up must have the shortest possible connections to avoid or minimize pick-up and measuring faults. A small filter set-up will help (see drawing). Even at short connections between the power supply and load, ripple and spikes may increase due to high switching currents combined with capacities / induct- ances of wiring / PCB’s. Small capacitor blocks (1µF electrolytic / 0.1µF MKT) connected as near as possible to the load will solve this problem in most cases. Current Limiting To protect the module and the load against excessive current, a circuitry is provided that senses the output current and takes over control when a certain level is exceeded. The current limit operates as a constant current source with approx. 5% accuracy. This allows the charging of all kinds of batteries.

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PSI Series


Serial Connection for Higher Voltage This mode of operation can be used without any prob- lems, but the following points should be considered:

1. The output ripple of the individual units may add up to a higher absolute value (relatively it remains the same).

2. The total output voltage should not exceed the safety / isolation limits of the individual units.

3. Should one unit fail, its output will then be loaded by the other units with wrong polarity. Therefore, all the outputs should be protected by a cross diode.

Parallel Connection for Higher Power In order to increase the output power/current, as many identical units as possible can be parallel connected. However, the following should be taken into considera- tion:

1. The output voltages should be adjusted as close as possible to each other in order to minimize the voltage tolerance. This adjustment should then be made when the outputs are loaded 10 - 20% nominal.

2. It is absolutely necessary to set the current limit to ≤ 100% nominal.

3. The output wires must be connected to one point.

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PSI Series


Dimensions / Adjustments Front view

LED ON /Green LED indicates presence of DC output SET OUTPUT The output voltage can be set by this multiturn potentiometer SET OVER VOLT The over-voltage setting can be altered by this multiturn potentiometer. LED OVER VOLT Red LED indicates that the output voltage was above the limit set by over-voltage potentiometer. The output voltage is reduced to zero in this condition. LED OVER TEMP Red LED indicates excessive temperature of heat sinks inside. The output is shut off in this condition. Cooling time is about 20min. RESET-Button This push-button resets the alarm condition as soon as it is pressed and released. Unit will try to restart. If the alarm condition persists unit will trip again. Don't press during operation of the unit, because during restart the output is off for a short time. Set Current Limit The output current limit can be set by this single turn potentiometer on the top of the unit.

Top view

All dimensions in mm

1TE = 1U = 5,08mm

1HE = 1U = 44,45mm

Bottom view

Rückansicht PSI

Rear view

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PSI Series


Internal electrical options T Temperature controlled output voltage By using an additional external resistor, NTC or PTC connected to a sense line of the unit, the output voltage can

be programmed. e. g. for temperature controlled charging of batteries. WA / ZA Boost charge With actuation of an external switch the output voltage becomes higher especially for boost charge. The system

comes back in float operation manually or automatically by a time relay (ZA). WP / ZP Battery check

With actuation of an external switch the output voltage is programmed down example to 1,90V/cell. Therefore the load is supplied by the Battery. The system comes back in float operation manually or automatically by a time relay (ZP).

External electrical options, additional mechanic options necessary A Drop down diodes

Through external diodes the output voltage is programmed to the specified load voltage. With battery discharging the diodes are automatically by- passed.

CE Additional input capacitors To extend the carry-over-time at mains fail. CA Additional output capacitors To extend the carry-over-time or for releasing fuse elements P Battery monitoring and total discharge protection An additional circuit is monitoring the battery voltage in case of mains fail. Typical at 80% of the nom. battery

voltage, a deep discharge protection relay interrupt the connection to the load. SE/SA Circuit breaker at the input and / or output E Earth leakage protection module J Main switch Y Measuring instruments (V, A etc.)

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PSI Series


Configurations 19“- racks BGT- series

aluminum racks with conductive chromates surfaces. Incl. installed unit guiding and already connected mating plugs. Unused plug in slots or empty space on the front is covered by aluminum “blind-“ plates.

Order no.: BGT 231-... For 1 x PSI 1200, electrical options please s. page 6. Ready- for- use the connectors are wired to terminals on the rear side. Depth: 380mm

Order no.: BGT 232-... For 2 x PSI 1200, electrical options upon request, please s. page 6 Ready- for- use the connectors are wired to terminals on the rear side. Depth: 380mm up to 470mm (depends on options) Order no.: BGT 252-... For 2 x PSI 1200, electrical options please s. page 6. Ready- for- use the connectors are wired to terminals on the rear side.

Depth: 380mm up to 470mm (depends on options) Order no.: BGT 263-... For 3 x PSI 1200, electrical options please s. page 6. Ready- for- use the connectors are wired to terminals on the rear side.

DDepth: 380mm up to 470mm (depends on options)

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PSI Series


Mounting plate / Option - M

series PSI 1200 mounted on a wall mounting plate. The converter is fixed by 4 x M5 screws; the mechanical realisation is made in protection class IP00.

Order no.: PSI 1200-M10 (connection on terminals, optional with int. Fuse)

all dim. in mm 1TE = 1U = 5,08mm 1HE = 1U = 44,45mm

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PSI Series


Projects Train application for stationary battery charging at 162/3 Hz BGT 252 in cabinet Units: 2 x PSI 1200/36 (2 x 40,5VDC/2 x 25A) Options: 2 x N Mains fail alarm

2 x CE 162/3 Hz-operation 2 x J Main switch 2 x Y Dig. measuring V+A Redundant 24VDC- supply BGT 232 Units: 2 x PSI 1200/24 ( 2 x 24VDC/2 x 40A ) Options: CA additional output cap. to

Extend carry-over-time

2 x SSE Circuit breaker at the input with auxiliary contacts 4 x SSA Circuit breaker at the output with auxiliary contacts 2 x N Mains fail alarm

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Types


Charger Series BC for use in Wind Turbines • Charger for batteries or capacitors in pitch systems • Rugged design in metal housing • Wide operating temperature range • According to EN 61000-6-4, EN 61000-6-2, EN 60950 • Control functions

1 temperature controlled charger voltage

Series BC588 Series BC688

Series BC688W Series BC1288


See „Technical Data „

Power Input Voltage Output Voltage Output Current Type

Output Power up to Watt

VAC Nom. Voltage

50/60Hz

VDC Nom. Voltage

(Other voltage possible on request)

VDC Adjustable min. -max. (Other voltage range possible on request)

ADC

350 230 300 290 - 310 1,0 BC588

350 230 300 Fixed 3001 1,0 BC588-10.1

350 230 450 Fixed 4501 0,7 BC588-12.1

700 230 300 300 - 3301 2.0 BC688

700 230 360 Fixed 360 1,7 BC688-11.0

700 230 300 Fixed 3001 2,1 BC688-12.0

700 230 300 290 - 310 2,1 BC688W

1300 230 300 300 -3301 4 BC1288

1300 230 300 Fixed 300 4 BC1288-10.0

1300 230 360 Fixed 360 3,4 BC1288-11.0

Page 141Page 169

Technical Data BC588

Powertronic GmbH & Co. KG Phone: +49-(0)5223-18059-0 08/14D-32278 Kirchlengern mail: [email protected]

Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 6AT (slow blow) / ext. 6A C- characteristic Frequency AC-input 47-63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 300VDC, (290 – 310VDC possible, adjustment on request) Current 1,0ADC, Characteristic IU Over voltage protection at Uout ≥ 340VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 265VDC, contact load 220VDC,230VAC / max. 60W Signal green LED - “Operation” General Temperature coefficient typ. 0,02%/°C Operating temperature -30°C to +40°C free natural convection, position-independent Current derating from +40°C to +70°C by 2,5%/°C Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2


Certification by UL 508 on request Connection connectors Charging characteristic: IU-characteristic Dimensions approx..mm: H 74 x W 204 x D 127

Current [A]

Voltage [V]

Time [t]

Voltage U in V Current I in A

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Technical Data BC588-10.1


Input Input voltage Unom. 230VAC, voltage range: 185 – 264 VAC

max. permissible stress without destruction or loss of lifetime: 130% (299VAC) for <0,8sec.

125% (288VAC) for 0,8-2sec. 120% (276VAC) for 2- 30sec.

Galvanic isolation primary side to earth 750 VAC and 1000 VDC permanently Fuse / MCB ext. 6AT (slow blow) / ext. 6A K- or D- characteristic Frequency AC-input 47-63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor (AC)-input 2,0-2,5 Turn on voltage down to 90% Umin (167 VAC) Switch-on time typ. 2s Hold-up time Output voltage typical 15ms. Hold up of CPU >2.0s Drop out recovery time Max. 2s Primary Inhibit Inhibit input Digital input, Unom. 230VAC Galvanic isolation Connected with AC - Input Connector 1-wire On / Off levels Signal “0”: pin floating; Signal “1”: shorted with L (phase) Function description Signal “0”: Charging voltage is normal.

Signal “1”: Charging voltage 0VDC Response time Stop: 150ms Start: 150ms Control Input Inhibit input Digital input, Unom. 24VDC Galvanic isolation 750 VAC and 1000 VDC permanently Connector 2-wire On / Off levels Signal “0”: 0-5VDC; Signal “1”: 15-30VDC Input impedance 9100Ω, input current max 25mA Function description Signal “0”: Charging voltage is normal.

Signal “1”: Charging voltage 0VDC Response time Stop: 25ms Start: 25ms PT-100 PT-100 input Range: -40°C to + 80°C. Accuracy: +/- 1°C. Current < 3mA. Galvanic isolation 750 VAC and 1000 VDC permanently Connector 3-wire Temperature error If temperature of battery or capacitors not in the range -20°C to +50°C.

For alarm purposes, the temperature measurement is averaged over 1 sec and with a hysteresis of 5°C.

Temperature sensor error If wire broken or shorted. Output Max charging voltage 330VDC (corresponding to -34°C). Voltage ripple <0.5% (2.25V @ 450V output). Max charging current 1A ± 2%, Voltage / Current Constant current/constant voltage charge system IU- characteristic Galvanic isolation Secondary side to primary side and secondary side to earth: 750 VAC and 1000 VDC

permanently Over voltage protection electronically 340VDC. No effect on external over voltage Feed – back protection internal series diode at +output. Polarity protection in combination with an external main circuit breaker or a fuse, full polarity protection for

the battery connection is possible LED Signal signalizations and indications according to table “alarm output functionality” Alarm output Relay contacts (1noc / 1ncc), contact load 30V / 2A Galvanic isolation 750 VAC and 1000 VDC permanently Alarm hold time min. 1 sec – except after power up.

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Curren

t [A]

Voltage

[V]

Time [t]


IU Characteristic

General Temperature coefficient Output voltage and current typ. 0,02%/°C Operating temperature with free natural convection in all mounting angles:

-40°C to +50°C ambient temperature Current derating +50°C to +70°C ambient temperature current derating down to 50% of output power with

-2,5%/°C Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Coating PCB is coated to protect against small metal chips and debris as well as against corro-

sions at high humidity Expected lifetime 20 years at +40°C continuous ambient temperature EMC General Marking This product is CE marked. Specific requirements AC power input test levels: Surge acc. EN 61000-4-5, Level 3

EN 61000-4-4, Level 3 Immunity tests

Test Port type Burst DS/EN 61000-4-4 All ports 4kV ESD DS/EN 61000-4-2 All ports 4kV contact Surge DS/EN 61000-4-5 AC power port DM

AC power port CM DC power port DM DC power port CM Signal ports CM Shield to earth CM

2 Ω/18 μF 2.0 kV 12 Ω/9 μF 4.0 kV 2 Ω/18 μF 1.0 kV 12 Ω/9 μF 1.0 kV 42 Ω/0.5 μF 4.0 kV 2 Ω 2.0 kV

RF conducted

DS/EN 61000-4-6 All ports 0.15-80 MHz: 10Vrms

RF airbor-ne

DS/EN 61000-4-3 27-1000 MHz: 10 V/m

Alarm Function

Error Alarm Contact

Green LED

Red LED

Charging conti-

nue

Alarm Off condition

No error present No On Off Yes N/A Input power off Yes n/a n/a n/a Power On Battery or capacitor voltage < 400V Yes On On Yes Voltage > 264V Temperature error Yes On On Yes -20°C<t<+50°C Temperature sensor error Yes On On Yes -20°C<t<+50°C Charger temperature too high ( >100°C)

Yes Off On No Temperature lower (<70°C)

Battery or capacitor current < 100mA during test

Yes On On Yes Battery current > 150mA

for 0.5s(5)

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Construction Creepage distances in/ground: 6,4mm Air distances in/ground: 5mm EMC / CE EN 61000-6-4, EN 61000-6-2 Connection Connectors with mechanical lock Mechanical stability All large components, particular electrolytic capacitors are glued. Connector labeling Screen printing on cabinet

Dimensions approx. mm: H = 74 W= 204 D= 127

Page 145Page 173










Temperature sensor error If wire broken or shorted. Output Max charging voltage 495VDC (corresponding to -34°C). Voltage ripple <0.5% (2.25V @ 450V output). Max charging current 0.7A ± 2%, Voltage / Current Constant current/constant voltage charge system IU- characteristic Galvanic isolation Secondary side to primary side and secondary side to earth: 750 VAC and 1000 VDC


the battery connection is possible LED Signal signalizations and indications according to table “alarm output functionality” Alarm output Relay contacts (1noc / 1ncc), contact load 30V / 2A Galvanic isolation 750 VAC and 1000 VDC permanently Alarm hold time min. 1 sec – except after power up.

Page 146Page 174



IU Characteristic




sions at high humidity Expected lifetime 20 years at +40°C continuous ambient temperature EMC General Marking This product is CE marked. Specific requirements AC power input test levels: Surge acc. EN 61000-4-5, Level 3

EN 61000-4-4, Level 3

Alarm Function

Error Alarm Contact

Green LED

Red LED

Charging conti-

nue

Alarm Off condition





for 0.5s(5)

Immunity tests Test Port type Burst DS/EN 61000-4-4 All ports 4kV ESD DS/EN 61000-4-2 All ports 4kV contact Surge DS/EN 61000-4-5 AC power port DM



RF conduc-ted


RF airborne DS/EN 61000-4-3 27-1000 MHz: 10 V/m

Page 147Page 175



Construction Creepage distances in/ground: 6,4mm Air distances in/ground: 5mm EMC / CE EN 61000-6-4, EN 61000-6-2 Connection Connectors with mechanical lock Mechanical stability All large components, particular electrolytic capacitors are glued. Connector labeling Screen printing on cabinet


Page 148Page 176



Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 10AT (slow blow) / ext. 10A C- characteristic Frequency AC-input 47- 63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 300VDC, (300 – 330VDC possible, adjustment on request) IU-characteristic, temperature controlled (-20 - +45°C sense PT100) Current 2ADC, current limiting – electronically: IU-characteristic Over voltage protection at Uout ≥ 340VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Battery test function external programming signal 12-30VDC, max. 10mA (24VDC) to decrease output voltage (Uout – 10%) Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 265VDC, contact load 220VDC,230VAC / max. 40W Signal green LED - “Operation” General Temperature coefficient typ. 0,02%/°C Operating temperature -30°C to +40°C free natural convection, position-independent Current derating from +40°C to +70°C by 2,5%/°C Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2 Shock EN60068-2-27 Vibration EN60068-2-6 Connection terminals on front Charging characteristic: IU-characteristic Dimensions approx. mm: H 74x W 177x D 230

Current [A]

Voltage [V]

Time [t]


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Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 10AT (slow blow) / ext. 10A C- characteristic Frequency AC-input 47- 63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 360VDC Characteristic IU Current 1,7 ADC Over voltage protection at Uout ≥ 380VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Test function external programming signal 12-30VDC, max. 10mA (24VDC) to decrease output voltage (Uout – 10%) Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 320VDC, contact load 220VDC,230VAC / max. 40W Signal green LED - “Operation” General Temperature coefficient typ. 0,02%/°C Operating temperature -30°C to +40°C free natural convection, position-independent Current derating from +40°C to +70°C by 2,5%/°C Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2 Shock EN60068-2-27 Vibration EN60068-2-6 Connection terminals on front Charging characteristic: IU-characteristic Dimensions approx. mm: H 74x W 177x D 230

Current [A]

Voltage [V]

Time [t]


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Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 10AT (slow blow) / ext. 10A C- characteristic Frequency AC-input 47- 63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 360VDC Characteristic IU Current 1,7 ADC Over voltage protection at Uout ≥ 380VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Test function external programming signal 12-30VDC, max. 10mA (24VDC) to decrease output voltage (Uout – 10%) Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 320VDC, contact load 220VDC,230VAC / max. 40W Signal green LED - “Operation” General Temperature coefficient typ. 0,02%/°C Operating temperature -30°C to +40°C free natural convection, position-independent Current derating from +40°C to +70°C by 2,5%/°C Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2 Shock EN60068-2-27 Vibration EN60068-2-6 Connection terminals on front Charging characteristic: IU-characteristic Dimensions approx. mm: H 74x W 177x D 230

Current [A]

Voltage [V]

Time [t]


Page 151Page 179










Temperature sensor error If wire broken or shorted. Output Charging voltage nom. 300VDC

max. 330VDC (corresponding to -34°C). Voltage ripple <0.5% (1,5V @ 300V output). Max charging current 1,0A ± 2%, Voltage / Current Constant current/constant voltage charge system IU- characteristic Galvanic isolation Secondary side to primary side and secondary side to earth: 750 VAC and 1000 VDC


the battery connection is possible

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LED Signal signalizations and indications according to table “alarm output functionality” Alarm output Relay contacts (1noc / 1ncc), contact load 30V / 2A Galvanic isolation 750 VAC and 1000 VDC permanently Alarm hold time min. 1 sec – except after power up.

Curren

t [A]

Voltage

[V]

Time [t]


IU Characteristic




sions at high humidity Expected lifetime 20 years at +40°C continuous ambient temperature EMC General Marking This product is CE marked. Specific requirements AC power input test levels:

Surge acc. EN 61000-4-5, Level 3 EN 61000-4-4, Level 3

Immunity tests Test Port type Burst DS/EN 61000-4-4 All ports 4kV ESD DS/EN 61000-4-2 All ports 4kV contact Surge DS/EN 61000-4-5 AC power port DM



RF conduc-ted


RF airborne DS/EN 61000-4-3 27-1000 MHz: 10 V/m

Alarm Function

Error Alarm Contact

Green LED

Red LED

Charging conti-

nue

Alarm Off condition





for 0.5s(5)

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Construction Creepage distances in/ground: 6,4mm Air distances in/ground: 5mm EMC / CE EN 61000-6-4, EN 61000-6-2 Shock EN60068-2-27 Vibration EN60068-2-6 Connection Connectors with mechanical lock Connector labeling Screen printing on cabinet


Page 154Page 182

Technical Data BC688W


Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 10AT (slow blow) / ext. 10A C- characteristic Frequency AC-input 47 - 63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 300VDC, (290 – 310VDC possible, adjustment on request) Current 2,1ADC, current limiting – electronically: IU-characteristic Over voltage protection at Uout ≥ 340VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 265VDC, contact load 220VDC,230VAC / max. 60W Signal green LED - “Operation” General Temperature coefficient typ. 0,02%/°C Operating temperature -30°C to +40°C free natural convection Current derating from +40°C to +70°C by 2,5%/°C Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2


Connection terminal block Mechanic wall mount Charging characteristic: IU-characteristic Dimensions approx. mm: H 360 x W 140 x D 260

Current [A]

Voltage [V]

Time [t]


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Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 2 x 10AT (slow blow) / ext. 2x 10A C- characteristic Frequency AC-input 47- 63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 300VDC, (300 – 330VDC possible, adjustment on request) IU-characteristic, temperature controlled (-20 - +45°C sense PT100) Current 4ADC, current limiting – electronically: IU-characteristic Over voltage protection at Uout ≥ 340VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Battery test function external programming signal 12-30VDC, max. 10mA (24VDC) to decrease output voltage (Uout – 10%) Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 265VDC, contact load 220VDC,230VAC / max. 40W Signal green LED - “Operation” General Operating temperature -20°C to +65°C free natural convection, position-independent Current derating no derating Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2 Connection spring loaded connectors Shock EN60068-2-27 Vibration EN60068-2-6 Charging characteristic: IU-characteristic Dimensions approx. mm: H 240 x W 190 x D 190

Current [A]

Voltage [V]

Time [t]


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Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 2 x 10AT (slow blow) / ext. 2x 10A C- characteristic Frequency AC-input 47- 63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 300VDC IU-characteristic Current 4ADC, current limiting – electronically: IU-characteristic Over voltage protection at Uout ≥ 340VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Battery test function external programming signal 12-30VDC, max. 10mA (24VDC) to decrease output voltage (Uout – 10%) Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 265VDC, contact load 220VDC,230VAC / max. 40W Signal green LED - “Operation” General Operating temperature -20°C to +65°C free natural convection, position-independent Current derating no derating Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2 Connection spring loaded connectors Shock EN60068-2-27 Vibration EN60068-2-6 Charging characteristic: IU-characteristic Dimensions approx. mm: H 240 x W 190 x D 190

Current [A]

Voltage [V]

Time [t]


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Input Unom 230VAC Umin 185VAC Umax 264VAC continuous, 276VAC for<30 sec., 288VAC for <2sec., 300VAC for<0,8sec. Turn on ≤ 95% Umin Fuse / MCB ext. 2 x 10AT (slow blow) / ext. 2x 10A C- characteristic Frequency AC-input 47- 63Hz Power factor AC-input 0,65-0,75 capacitive Crest factor AC-input 2,0-2,5 Switch-on time typ. 2s Hold-up time typ. 15ms Spikes acc. EN 61000-4-5, Class 3 Bursts acc. EN 61000-4-4, Level 3 Output Voltage 360VDC IU-characteristic Current 3,4ADC, current limiting – electronically: IU-characteristic Over voltage protection at Uout ≥ 380VDC - electronically, no effect on external over voltage Decoupling diode internal series diode at +output Monitoring / Alarm Battery test function external programming signal 12-30VDC, max. 10mA (24VDC) to decrease output voltage (Uout – 10%) Voltage monitoring potential free relay contacts (1 noc / 1 ncc) if Uout ≤ 265VDC, contact load 220VDC,230VAC / max. 40W Signal green LED - “Operation” General Operating temperature -20°C to +65°C free natural convection, position-independent Current derating no derating Storage temperature -40°C to +70°C Humidity 95% without condensation Efficiency at full load >90% Construction Creepage distances in/ground: 5mm Air distances in/ground: 6,4mm EMC / CE EN 61000-6-4, EN 61000-6-2 Connection spring loaded connectors Shock EN60068-2-27 Vibration EN60068-2-6 Charging characteristic: IU-characteristic Dimensions approx. mm: H 240 x W 190 x D 190

Current [A]

Voltage [V]

Time [t]


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POWERTRONIC

Industrielle Leistungselektronik

GmbH & Co. KG

Sülkampweg 31

D-32278 Kirchlengern

Telefon: +49 5223 18059-0

Telefax: +49 5223 18059-25

E-Mail: [email protected]

Internet: www.powertronic.de

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