Jupiter Research - Technical Data Sheet...UN Manual of Tests and Criteria for Li-ion batteries;...

Technical Data Sheet

Liquid 6 Rechargeable Power Supply

PNs: L62034-00XX (XX varies by finish)

3939 E. Campbell Ave. #130 Phoenix, AZ 85018 jupiterresearch.com

1/4

CDS – L62034-00XX.010

Electrical Specifications

Battery Cell Capacity 340 mAh

Max. Power Output 9.5 W

Max. Current Output 3 A

Resistance 0.9 – 3.0 Ω

Charging Current 500 ± 50 mA (2.5 W)

Activation Time 0 – 10 seconds

User Interface

Cartridge Attachment 510 screwed connection

Activation Breath Actuated

Notification LED

Low Battery Notification None

Charging Indication LED lights during

charging, LED flashes

then turns off when

fully charged





2/4

CDS – L62034-00XX.010

Safety Features

Short-circuit

Protection

When load is <0.5 Ω, device will not activate. Device resets when breath

activation is stopped.

Overusage

Protection

When an activation exceeds 10

seconds in duration, device is

deactivated and the LED goes turns

off. Device resets when breath

activation ends.

Li-ion

Battery Cells

Cells meet the requirements of the

UN Manual of Tests and Criteria for

Li-ion batteries; section 38.3.

Jupiter power supplies are not

required to be classified as

Dangerous Goods when packaged

properly for transport by sea, air, or

ground due to their small capacity

and containment within the device.

Cell

Containment

Cells are enclosed in metal housings

to protect the battery cell from

contact with external elements that

may cause damage to the cell under

normal usage conditions and

transportation. Cells are not

accessible to the user without

permanent damage to the unit.

Overcharge

Protection

Charging control is on-board, not

contained in a separate charging

adapter. Simply connect the device

to any active USB port with a

standard micro-USB type B cable

(provided). On-board control of

both charging current and full

charge cell voltage.

Compatibility

Jupiter’s Liquid 6 Power Supply uses a “510” connection (screwed connection with M7 thread). It is

compatible with most cartridges designed for use with

breath actuated power supplies.

Although the term “510” is widely used in the vaping industry to designate a compatible connection, a

published specification for a 510 threaded connection

does not exist. Not all products that utilize a “510” connection are compatible with products from other

manufacturers. While all of these products utilize an

M7 threaded connection, the similarity does not extend

beyond the thread pattern. The depth of the electrical

contacts, the air inlet locations, and other features may

vary from manufacturer to manufacturer.





3/4

CDS – L62034-00XX.010

Device Lifetime

Device lifetime is defined in two ways; how many times

can the device be recharged and how often will it need

to be recharged. The first is referred to as the device’s usable life, and the second is referred to as the device’s cycle life.

Usable Life: Li-ion batteries have ~80% of their initial

capacity after 300 charge cycles. A charge cycle is

defined as fully charging the battery followed by

complete discharge. Li-ion batteries do not suffer from

the memory effect common in NiCd and NiMH

batteries. There is no need to fully deplete the battery

before recharging.

Cycle Life: The cycle life of a device can be defined as

the number of times the device can be activated after

it has been fully charged before it needs to be

recharged. Since a longer activation consumes more

energy than a shorter activation, the cycle life

depends on how the device is used. The device can

supply twice as many 3 second activations as 6 second

activations. The chart below is an estimate of the

cycle life of the Jupiter Liquid 9 power supply for

different length activations for atomizer resistance

values of 1.3 and 2.1 Ω.





4/4

CDS – L62034-00XX.010

Device Performance

While all Li-ion batteries produce the same output

voltage, all devices powered by Li-ion batteries are not

the same. The actual working output of a Li-ion battery

device is dependent upon

• the internal resistance of the battery cell,

• resistance of the control circuit,

• and resistance of the working load.

Power output is what matters. More power provides

richer vapor with higher dosages from shorter draws.

Since voltage is fixed by the cell chemistry and cannot

be increased without the use of booster circuits,

decreasing the working load is the best way to increase

power without increasing the cost or size of the device.

The cell’s internal resistance and the control circuit resistance become more critical with low resistance

loads. As the resistance of the load decreases, higher

current is required from the battery. The increased

current demand from lower resistance atomizers

requires both a high quality cell with low internal

resistance and a low resistance control circuit to

achieve the optimum output. Jupiter understands this

and pays attention to these features.

Power output over one cycle of the battery cell is

shown below at atomizer resistances of 1.3 and 2.1 Ω.

DOCUMENT NO: CDS - L68055-00XX VER: 1.0

Palm by CCELLTM Rechargeable Power Supply EFFECTIVE DATE: 02/13/2018

APPROVAL: ECO-121 Jupiter PN(s): L68055-00XX (XX varies by finish) PAGE 1 OF 2

3939 E. Campbell Ave., #130 Phoenix, AZ 85018 jupiteresearch.com








User Interface

Cartridge Attachment Magnetic; supplied with 2 adapters for 510 threaded connections


Notification LED


Charging Indication LED lights during charging, LED flashes then turns off when fully charged


Palm by CCELLTM Rechargeable Power Supply EFFECTIVE DATE: 02/13/2018



Safety Features

Short-circuit Protection

When load is <0.5 Ω, device will not activate. LED lights for 2 seconds. Device resets when breath activation is stopped.

Overusage Protection

When an activation exceeds 10 seconds in duration, device is deactivated and the LED turns off. Device resets when breath activation ends.

Li-ion Battery Cells

Cells meet the requirements of the UN Manual of Tests and Criteria for Li-ion batteries; section 38.3. Jupiter power supplies are not required to be classified as Dangerous Goods when packaged properly for transport by sea, air, or ground due to their small capacity and containment within the device.

Cell Containment

Cells are enclosed in metal housings to protect the battery cell from contact with external elements that may cause damage to the cell under normal usage conditions and transportation. Cells are not accessible to the user without permanent damage to the unit.

Overcharge Protection

Charging control is on-board, not contained in a separate charging adapter. Simply connect the device to any active USB port with a standard micro-USB type B cable (provided). LED is lit during charging. LED flashes 20X when fully charged then turns off. LED flashes 20X when connected to a USB port if the device is already fully charged.

Compatibility

The Palm by CCELLTM Power Supply uses a magnetic connector. Two adapters for “510” connections (PN: L68000-7100) are supplied making the Palm compatible with most cartridges designed for use with breath actuated power supplies.

Although the term “510” is widely used in the vaping industry to designate a compatible connection, a published specification for a 510 threaded connection does not exist. Not all products that utilize a “510” connection are compatible with products from other manufacturers. While all of these products utilize an M7 threaded connection, the similarity does not extend beyond the thread pattern. The depth of the electrical contacts, the air inlet locations, and other features may vary from manufacturer to manufacturer.


Silo by CCELLTM Rechargeable Power Supply EFFECTIVE DATE: 05/25/2018










User Interface

Cartridge Attachment Magnetic; supplied with 2 adapters for 510 threaded connections


Notification LED


Charging Indication LED lights during charging, LED flashes then turns off when fully charged


Silo by CCELLTM Rechargeable Power Supply EFFECTIVE DATE: 05/25/2018



Safety Features

Short-circuit Protection

When load is <0.5 Ω, device will not activate. LED lights for 2 seconds. Device resets when breath activation is stopped.

Overusage Protection

When an activation exceeds 10 seconds in duration, device is deactivated and the LED turns off. Device resets when breath activation ends.

Li-ion Battery Cells

Cells meet the requirements of the UN Manual of Tests and Criteria for Li-ion batteries; section 38.3. Jupiter power supplies are not required to be classified as Dangerous Goods when packaged properly for transport by sea, air, or ground due to their small capacity and containment within the device.

Cell Containment

Cells are enclosed in metal housings to protect the battery cell from contact with external elements that may cause damage to the cell under normal usage conditions and transportation. Cells are not accessible to the user without permanent damage to the unit.

Overcharge Protection

Charging control is on-board, not contained in a separate charging adapter. Simply connect the device to any active USB port with a standard micro-USB type B cable (provided). LED is lit during charging. LED flashes 20X when fully charged then turns off. LED flashes 20X when connected to a USB port if the device is already fully charged.

Compatibility

The Silo by CCELLTM Power Supply uses a magnetic connector. Two adapters for “510” connections (PN: L68000-7100) are supplied making the Silo compatible with most cartridges designed for use with breath actuated power supplies.

Although the term “510” is widely used in the vaping industry to designate a compatible connection, a published specification for a 510 threaded connection does not exist. Not all products that utilize a “510” connection are compatible with products from other manufacturers. While all of these products utilize an M7 threaded connection, the similarity does not extend beyond the thread pattern. The depth of the electrical contacts, the air inlet locations, and other features may vary from manufacturer to manufacturer.

DOCUMENT NO: CDS- L612nn-06XX-YYYZZZ VER: 1.4

Liquid 6 Cartridge, Thermoplastic EFFECTIVE DATE:

10/16/2018

APPROVAL: ECO-130 Jupiter PN(s): See part number legend PAGE 1 OF 3

3939 E. Campbell Ave. #130

Phoenix, AZ 85018

jupiteresearch.com

Description: Top fill vaporizer cartridge

Features:

• CCELL Technology atomizer – heating element embedded in porous ceramic

• Tamper proof press-fit mouthpiece - standard mouthpiece options listed in L6 ETP Mouthpiece CDS

• 510 connection – M7 threaded connection

• Operational viscosity ranges from 1,000 - 110,000 cPs

• Available in varying powers and fluid inlet sizes to customize vapor feel and taste

1.0 ml VERSION



10/16/2018



Phoenix, AZ 85018

jupiteresearch.com

Specifications

Version (size) 0.5 ml 1.0 ml

Gross volume 0.55 ml 1.05 ml

Max. fill volume 0.50 ml 1.00 ml

Weight, empty 5.9 ± 0.1 g 6.6 ± 0.1 g

Power @ 3.5V (± 0.5W) Standard power is 9W;

7W & 6W options available upon request

Fluid Inlet Diameter

(± 0.5mm)

Standard inlet diameter is 2.0mm;

1.5mm & 1.0mm options available upon request

Viscosity Range 1,000 - 110,000 cPs

Wetted Materials Fluid Housing Eng. Thermoplastic (proprietary)

Sleeves SS

Atomizer shell and base SnCo-plated brass

Airway tube SnCo-plated brass

Heating element Nichrome

Wick Ceramic

Atomizer retaining wrap Cellulose

Seals Silicone

Branding Options Available with MOQ

Part Number Legend – L612nn-06XX*-YYYZZZ

• nn -> Cartridge Volume

o 05 for 0.5g

o 10 for 1.0g

• YYY -> Cartridge Power

o 000 for 9W

o 017 for 7W

o 019 for 6W

• ZZZ -> Fluid Inlet Dia.

o 000 for 2.0mm

o 015 for 1.5mm

o 010 for 1.0mm

*XX digits denote product branding



10/16/2018



Phoenix, AZ 85018

jupiteresearch.com

DOCUMENT NO: CDS-L612nn-50XX-YYYZZZ VER: 1.5

Liquid 6 Cartridge, Glass EFFECTIVE DATE:

10/22/2018


3939 E. Campbell Ave., #130

Phoenix, AZ 85018

jupiteresearch.com

Description: Top fill vaporizer cartridge

Features:

• CCELL Technology atomizer – heating element embedded in porous ceramic

• Screwed mouthpiece - standard mouthpiece options listed in L6 Glass Mouthpiece CDS

• 510 connection – M7 threaded connection

• Operational viscosity ranges from 1,000 - 110,000 cPs

• Available in varying powers and fluid inlet sizes to customize vapor feel and taste

1.0 ml VERSION

0.3 ml VERSION

0.5 ml VERSION



10/22/2018



Phoenix, AZ 85018

jupiteresearch.com

Specifications

Version (size) 0.3 ml 0.5 ml 1.0 ml

Internal Volume (Gross) 0.35 ml 0.55 ml 1.05 ml

Max. Fill Volume 0.30 ml 0.50 ml 1.00 ml

Weight, empty 5.4 ± 0.1 g 5.7 ± 0.1 g 6.7 ± 0.1 g

Power @ 3.5V (± 0.5W) Standard power is 9W;

7W & 6W options available upon request

Fluid Inlet Diameter

(± 0.5mm)

Standard inlet diameter is 2.0mm;

1.5mm & 1.0mm options available upon request

Viscosity Range 1,000 - 110,000 cPs

Wetted Materials Fluid Housing Glass

Atomizer shell and

base

SnCo-plated brass

Airway tube SnCo-plated brass

Heating element Nichrome

Wick Ceramic

Atomizer retaining

wrap

Cellulose

Seals Silicone

Branding Options Available with MOQ

Part Number Legend – L612nn-50XX*-YYYZZZ

• nn -> Cartridge Volume

o 03 for 0.3g

o 05 for 0.5g

o 10 for 1.0g

• YYY -> Cartridge Power

o 000 for 9W

o 017 for 7W

o 019 for 6W

• ZZZ -> Fluid Inlet Dia.

o 000 for 2.0mm

o 015 for 1.5mm

o 010 for 1.0mm

*XX digits denote product branding



10/22/2018



Phoenix, AZ 85018

jupiteresearch.com

Liquid 6, Glass Cartridge Filling Instructions

Failure to follow these instructions may result in cartridge leakage of poor performance.

Jupiter Liquid 6, Glass Cartridges are top-fill cartridges available in both 0.5 and 1.0 ml versions. The two

versions differ only in the length of the reservoir. If you are unsure which version you have, measure

the length without the mouthpiece. Refer to the drawing on page 1 to determine where to measure

and which cartridge you have.

Multiple mouthpiece styles are available. All screw on in the same manner.

Filling Instructions

1. Insert a blunt tipped needle (14 ga. or smaller) into the space between the airway and the outer

wall of the cartridge (see the image, below).

While the cartridge is oriented vertically with the threaded connector downward, fill the

cartridge through the needle. Do not overfill.

Caution: Do not allow fluid to enter the airway (center tube).

2. Immediately after filling, install the mouthpiece and twist clockwise to tighten. Do not

overtighten, the mouthpiece is installed correctly when the seal on the bottom of the

mouthpiece is seated inside the glass housing.

Caution: Failure to install the mouthpiece within 2 minutes of filling may result in leakage.

3. Cartridges should be allowed to stand for at least 30 minutes before use. During this time, fluid

is priming the atomizer. The rate that the atomizer saturates is dependent upon the viscosity of

the fluid. More viscous fluids may require more time.

Fill here

Airway

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