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Lithium Ion Off-Gas Detection - Li-ion Tamer® Gen 3 - Lithium Ion Off-Gas Detection

Name: Lithium Ion Off-Gas Detection - Li-ion Tamer® Gen 3 - Lithium Ion Off-Gas Detection
Brand: VESDA
SKU: jnGDGtNbxT31nQJUQykr9Q

Verified by manufacturer 8 days ago

VESDA

Gas detection system that detects the venting of battery electrolyte solvent vapours (off-gassing phase) that occurs early in the failure mode of lithium-ion batteries (LIB).

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+44 (0) 203 409 1779 Website

Application

Suitable for a range of application areas, for example:

Stationary battery energy storage:
- Containerized/ modular systems.
- Built environment systems.
Data centers:
- Battery UPS.
Gigafactories/ manufacturing:
- Assembly lines.
- Battery formation process.
- Cell aging and EOL testing.
- Module or pack assembly.
Automotive:
- Vehicle test facilities.
Laboratory safety:
- Environmental chambers.
- Battery abuse testing.
Shipping and storage:
- Post-manufacturing storage.
- Battery-powered equipment.

Description

Gas detection system that detects the venting of battery electrolyte solvent vapours (off-gassing phase) that occurs early in the failure mode of lithium-ion batteries (LIB).

Designed to be easy to install and configure, consisting of several components: sensors, hub, power switch, network switch, controller.

Features and benefits:

Early warning of lithium-ion battery failures - enables thermal runaway prevention with proper mitigating actions.
Single cell failure detection without mechanical or electrical contact to the cells.
Scalable deployment for cost effective protection of a wide range of battery storage systems.
Temperature and humidity monitoring at each sensing node.
Extended product lifetime.
Calibration-free product with highly reliable output signal.
Compatible with all lithium-ion battery form factors and chemistries.
Easy installation.
Independent and redundant perspective on battery health.
Auto diagnostic capabilities.
Reduction/ removal of false positive signals.
Communication protocols including relays and Modbus serial, that can connect to the building management system (BMS) or other control systems.
UKCA marked.

General information

Color	Silver Black
Shape	Rectangle
Length	89 mm Guidance for specification option: Hub dimensions. 115 mm Guidance for specification option: Controller dimensions. 141 mm Guidance for specification option: Sensor dimensions.
Width	82 mm Guidance for specification option: Controller dimensions.
Height	34 mm Guidance for specification option: Controller dimensions. 41 mm Guidance for specification option: Hub dimensions. 89 mm Guidance for specification option: Sensor dimensions.

Uniclass	Ss_75_50_33_30 Fixed gas detection and alarm systemsPrimary
CAWS	W90/331 Carbon monoxide alarms

SKU Code	LT-SEN-M3, LT-SEN-R3, LT-CTR-SML, LT-ACC-HUB-PWR, LT-ACC-HUB-POE, LT-SEN-MOS

Specification data - Fixed gas detection and alarm systems

Classification data
System performance	To BS EN 61326-1. Guidance for specification option: For EU Directive (2014/30/EU).
Type of protection	Personnel. Plant and equipment.
Control panel	LT-CTR-SML - Controller, Gen 3. Guidance for specification option: 115 x 82 x 34 mm. Input power range: 12 V d.c. Maximum sensors per controller: 100.
Connection cable to sensors	-
Cable type	Network Cable (RJ45), Gen 3. Guidance for specification option: Available in 1 m, 1.5 m, 3 m, 7.6 m, 15 m and 30 m lengths.
Detectors	LT-SEN-M3 - Monitoring sensor. LT-SEN-R3 - Reference sensor. Guidance for specification option: Monitoring sensors installed at the battery racks – downstream convective airstreams – to monitor off-gas events. Reference sensors installed to monitor the ambient environment and air inlets to prevent false positive signals. Minimum detection threshold: <1 ppm/s. Minimum response time: 5 seconds. Fault detection: Single cell failure. Manufacturer guidance For detection of lithium-ion battery electrolyte solvent vapours.
Alarm indication	None.
System accessories	Not required. LT-ACC-HUB-MKT - Hub DIN-Rail Mount Kit. LT-CTR-SML-DMK - Controller DIN-Mount Kit, Gen 3. LT-ACC-POE-24-ADR - PoE Switch 24 Ports, IEC Power Adapter. LT-ACC-ERO-16 - Ethernet Relay Module, 16 Ports. LT-ACC-ERO-MKT - Relay Output DIN-Rail Mount Kit. LT-ACC-PWR-12 - Power Supply, 12 V d.c. LT-ACC-PWR-48 - Power Supply, 48 V d.c. LT-ACC-TST - DEC Bump Test Bottle.
Third-party certification	ETL listed to UL 61010 and CSA 22.2 NO. 61010, RoHS 3 EU 2015/863, WEEE, REACH compliant, FCC-approved.
Power supply	12 V d.c.
Relay contacts	16 single pole double throw (SPDT) form C relays. Guidance for specification option: Connected via screw terminals.
Power consumption	Controller: 3 A (36 W at 12 V d.c.). Hub: 0.5 A (6 W at 12 V d.c.).
Operating temperature	Controllers: 0–40°C. Sensors and hubs: -10 to +50°C. Guidance for specification option: Temperature measurement: -40 to +125°C.
Operating humidity	10–90% RH, non-condensing.
Communication hub	LT-ACC-HUB-PWR - Hub, Direct Power, Gen 3. LT-ACC-HUB-POE - Hub, Power over Ethernet (PoE), Gen 3.
Switch	LT-ACC-ETS-5 - Ethernet Switch, 5 Ports. LT-ACC-ETS-8 - Ethernet Switch, 8 Ports. LT-ACC-ETS-16 - Ethernet Switch, 16 Ports. LT-ACC-POE-4 - Ethernet Switch PoE, LT-ACC-POE-4 - Ethernet Switch PoE, 4 Ports. LT-ACC-POE-24 - Ethernet Switch PoE, 24 Ports.

Sustainability data

Country of material origin	Mexico
Country of product manufacture	Mexico
Manufacturing plant location	94158 El Paso, Ver., Mexico
Carbon dioxide equivalent
Carbon dioxide equivalent, as defined in BS EN 15804 Self-declared
Stage Normalised unit (kg CO₂ eq/kg) Declared unit (kg CO₂ eq/unit) Stage:A1–A3 ('Production stage') Normalised unit : Declared unit : 5.99 to 181
Expected Life	Ten year Guidance for specification option: >10 year.