The Hytera HP782-G-BT-UL913-V1 is an intrinsically safe VHF DMR portable radio engineered for reliable communication in hazardous and explosive environments. Designed and certified to UL913 safety standards, this rugged two-way radio is suitable for industries such as oil and gas, mining, petrochemical plants, and other high-risk work areas.
Supporting both digital DMR Tier II and analog conventional communication, the HP782-G-BT-UL913-V1 provides clear audio, dependable coverage, and advanced worker safety capabilities. Built-in GPS enables location tracking and dispatch coordination, while Bluetooth connectivity allows wireless accessories and enhanced operational flexibility.
Key Features
UL913 intrinsically safe certification for hazardous locations
VHF frequency range: 136–174 MHz
Supports both DMR digital and analog communication
1024 channel capacity
64 zones with up to 256 channels per zone
Integrated GPS positioning
Bluetooth 5.0 wireless connectivity
Large 2.4" color LCD display
IP68 dustproof and waterproof protection
MIL-STD-810 military-grade durability
2850 mAh UL913 certified Li-Ion battery
Technical Specifications
Model
HP782-G-BT-UL913-V1
Frequency Range
VHF 136–174 MHz
Channel Capacity
1024 Channels (512 Analog / 512 Digital)
Zone Capacity
64 Zones (256 channels per zone)
Channel Spacing
12.5 / 20 / 25 kHz
Operational Voltage
7.4V
Battery
2850 mAh Li-Ion Polymer (UL913 Certified)
Battery Life
Up to 24 hours (up to 28 hours with GPS disabled)
RF Output Power
1–5 Watts
Display
2.4" Color LCD (320 × 240)
Bluetooth
Bluetooth 5.0
GPS
Integrated GPS
Dimensions
5.19 × 2.17 × 1.44 in (without antenna)
Weight
13.7 oz (with antenna and battery)
Operating Temperature
-22°F to +140°F
Environmental Rating
IP68
Certification
UL913 Class I, II, III Division 1 Hazardous Location Certified
Package Includes
HP782-G-BT-UL913-V1 Intrinsically Safe Portable Radio
UL913 Certified Rechargeable Battery
Antenna
Belt Clip
Charging Adapter
User Documentation
Applications
The Hytera HP782-G-BT-UL913-V1 is designed for mission-critical communication in hazardous environments such as oil and gas facilities, petrochemical plants, mining operations, industrial manufacturing sites, and other workplaces requiring intrinsically safe communication equipment.
