Ultralife Lithium Manganese Dioxide 9V Battery PP3

For effective static grounding of drums, vessels and mobile tanks in potentially explosive atmospheres
Ensures good contact even in the presence of insulating coatings, painted surfaces and product build-up
Clamp has 316 stainless steel body and tungsten carbide teeth
Hytrel spiral bonding cable
Powered by 9V PP3 lithium manganese dioxide cell battery
Battery life up to 12 months, based on daily intermittent duty cycle
Protection rating IP65

SIRA 00ATEX 2199X

Supports ESD S20.20 and EN 61340-5-1 ESD control programme compliance

II 1 GD EEx ia IIC T4

The Ultralife lithium 9V Battery is built with a tough ultrasonic welded, leak-proof canister and features an aluminium plastic housed case reducing the amount of moisture exposed to the battery, enhancing the battery life . The batteries are high energy density, up to 5x more than alkaline and up to 10x more than carbon zinc equivalents.

The batteries are designed for applications that require long lasting efficiency and devices that are on standby for long periods of time such as smoke alarms or ideal for environments where it may be used in low temperatures or uncontrolled heat and humidity conditions. These batteries typically operate in extreme temperatures ranging from -20 °C to 60 °C.

• High energy density, up to 5x more than alkaline, up to 10x more than carbon zinc
• Up to 10 year shelf life
• High running voltage
• Flat discharge voltage curve
• Low impedance, better performance at low temperatures
• Up to 10 year operational life in most ionization-type smoke detectors
• Advanced safety features - over current protection
• Lightweight - 18% less than alkaline
• Wide operating temperature range
• Meets ANSI Alkaline 1604 size specifications
• Low short circuit temperature

Ideal for applications that require long lasting performance such as the following:

• Smoke alarms
• Carbon-monoxide detectors
• Wireless security devices
• Music/audio devices
• Instrumentation
• Alkaline 9V replacement

Are Lithium Batteries hazardous?
Battery malfunctions can cause overheating, or thermal runaways. This may result in fires, explosions or gas leaks. Additionally, lithium batteries can go into thermal runaway when they come in contact with an external heat source, such as fire. Due to these safety concerns, lithium batteries are considered hazardous materials if not handled in the correct manner.
This risk is reduced by not mixing different manufacturer battery types, batteries of different chemistries and by the replacement of all batteries at the same time.

Safety Advice
Keep out of sight and reach of children

Guidance:
• Always install the batteries correctly as per instruction
• Ensure that the contact points are clean and conductive
• Do not mix different types of battery
• Do not heat or attempt to recharge the battery
• Do not dispose of in a fire