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The Backup Power Unit serves to provide sufficient power to the fire extinguishing system for 2-8 hours after the main power of the vehicles is turned off.
It includes a maintenance toggle switch that enables the power supply to be turned off in cases such as performing maintenance on the system and changing the components in the vehicle, bat-tery boosting and welding.
In military vehicles, a backup power unit is used to provide energy in case of power supply interruptions or specifically to provide power while the vehicle is in motion. These power units are used to maintain the operation of equipment that is critical to the continuity and safety of military operations. For example, backup power units can be used to provide the electrical power required for communication equipment, navigation systems, and weapons to function. They can also be used to provide the energy necessary to operate the mechanical components of vehicles
BACK-UP POWER UNITs used as a backup power source in the military sector can be used in many areas including:
Military bases: Troops working on military bases may face power outages, so BACK-UP POWER UNITs are used as a backup power source.
Military vehicles: BACK-UP POWER UNITs can also be found in military vehicles. These vehicles may encounter power outages during long-term missions and can experience serious problems without a backup power source.
Communication systems: Many military sites may be located in different parts of the world. Therefore, communication systems are essential for the success of military operations. BACK-UP POWER UNITs can be used to ensure the operation of these systems.
Military medical equipment: Military hospitals and medical equipment are sensitive to power outages. BACK-UP POWER UNITs can be used to ensure that such equipment operates properly.
Military aircraft and ships: Military aircraft and ships are often used for long-term missions. During these missions, BACK-UP POWER UNITs can be used to meet their electrical requirements.
BACK-UP POWER UNITS used in the military sector need to be powerful and durable. Some of their features may include:
High Power Capacity: The power source must provide sufficient power for military equipment. Additionally, it should have enough energy to run multiple equipment.
Durability: During military operations, BACK-UP POWER UNITS must be able to withstand strong impacts, dust, humidity, and other harsh environmental conditions.
Portability: Military units need to move quickly and work in different areas, so BACK-UP POWER UNITS must be portable.
Easy to Use: Military personnel often work under intense stress, so BACK-UP POWER UNITS should be easy and straightforward to use.
Wide Operating Temperature Range: Military operations are conducted in various regions of the world, and BACK-UP POWER UNITS should have a wide temperature range to operate in.
Encryption Feature: Data security is crucial in military BACK-UP POWER UNITS, therefore encryption and other security features may be available.
Backup Feature: BACK-UP POWER UNITS can automatically switch on when the main power supply is cut off, providing backup power to ensure uninterrupted operations.
The features of BACK-UP POWER UNITs typically include:
High power capacity: Most BACK-UP POWER UNITs have enough capacity to provide uninterrupted power.
Durability and ruggedness: These devices are designed to withstand harsh weather conditions.
Portability: BACK-UP POWER UNITs should be movable or portable.
Ease of use: It is important for the device to be easy to use.
Quick response time: The BACK-UP POWER UNIT should have a fast response time and be ready to operate in case of a power outage.
Backup feature: The device can offer uninterrupted power supply with battery backup or other emergency plans.
Remote monitoring capabilities: Some BACK-UP POWER UNITs can be monitored and controlled remotely.
Scalable design: The device should be scalable according to the power requirement.
Specific features may vary based on the manufacturer and the model.
| Emergency power backup | Power consumption: 15 mA @24VDC |
|---|---|
| MTBF: 120,000 hour | Weight : 620 ± 50g |
| Power supply: 150 mA (during 2 hours of ope-ration at room temperature) | Dimensions: 115 x 60 x 114 mm (±0,5 mm) |
| Working temperature : -40°C +71°C | Salt fog test resistance 800 hours |
| Operating voltage: 16-32 VDC | IP67 water and dust ingress protection |
| Standart 120W adapter | MIL-STD-810H ,MIL-STD-461G, MIL-STD certifications, 1275E UL, conforming to CE GOST-R standard |
Sure, here’s the translated version of my previous response:
MIL-STD-461G: This standard specifies electromagnetic compatibility (EMC) requirements.
MIL-STD-1275E: This standard specifies requirements for the electrical systems of military vehicles.
These standards can provide information on the durability, safety, performance, and suitability of BACK-UP POWER UNITS. The choice of standards to be used may vary depending on the intended use of the device.
A BACK-UP POWER UNIT is a backup power source used to supply energy for devices when the primary power source is cut off or there is a power outage. It is used in critical applications, such as hospitals, data centers, or military facilities, to provide protection against power outages.
BACK-UP POWER UNITS can use different technologies such as generator sets, batteries, or uninterruptible power supplies (UPS). Generator sets are suitable for large power requirements and are designed for long-term outages. Battery-backed BACK-UP POWER UNITS are suitable for smaller power requirements and can be used for short-term outages. UPSs can respond quickly with a pure sine wave output and provide instant backup power.
BACK-UP POWER UNITS are critical for businesses and organizations to prevent problems such as data loss, business interruptions, or damaged equipment caused by power outages.
| Power Consumption | Power consumption: 15 mA @24VDC |
|---|---|
| MTBF | 20,000 hour |
| Weight | 620 ± 50g |
| Power Supply | 150 mA (during 2 hours of ope-ration at room temperature) |
| Dimensions | 115 x 60 x 114 mm (±0,5 mm) |
| Operating Temperature | -40°C – +71°C |
| Operating Voltage | 16-32 VDC |
| Protection Level | IP67 |
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