{"id":2361,"date":"2026-08-28T05:02:50","date_gmt":"2026-08-28T02:02:50","guid":{"rendered":"https:\/\/risys.sa\/?post_type=product&p=2361"},"modified":"2026-08-28T05:02:51","modified_gmt":"2026-08-28T02:02:51","slug":"hytera-hp56x-ul913-intrinsically-safe-dmr-handheld-radio","status":"publish","type":"product","link":"https:\/\/risys.sa\/en\/product\/hytera-hp56x-ul913-intrinsically-safe-dmr-handheld-radio\/","title":{"rendered":"Hytera HP56X UL913 Intrinsically Safe DMR Radio"},"content":{"rendered":"

The Hytera HP56X UL913 Intrinsically Safe DMR Radio is designed for operations managers who need portable voice communications in environments where equipment classification must be checked carefully. It combines UL913\/TIA4950 intrinsic safety and SGS certification with DMR digital and analog operation across UHF and VHF versions. Buyers can therefore match the frequency version to the site radio plan and configure the operating mode for the intended team. Its 2400 mAh Li-ion battery provides up to 23 h with GNSS off or 21 h with GNSS on under a 5\/5\/90 duty cycle at high transmit power. IP67 protection, 1.5 m drop resistance, a color LCD, Bluetooth 5.3, and GPS\/GLONASS make the unit suitable for field shifts that require more than basic push-to-talk communication.<\/p>\n

How the Hytera HP56X UL913 Intrinsically Safe DMR Radio Operates<\/h2>\n

The HP56X UL913 supports both DMR digital and analog communications. This gives a radio team a defined way to configure the device for the system already used at the facility or for a managed transition between operating modes. Programming should follow the organisation’s approved frequency and channel plan. The UHF version covers 400-470 MHz with 1 W and 4 W output settings, while the VHF version covers 136-174 MHz with 1 W and 5 W settings. These limits help the system manager select the correct version before ordering and choose the power level required by the designed radio network.<\/p>\n

Supported channel spacing is 12.5\/20\/25 kHz, frequency stability is \u00b10.5 ppm, and antenna impedance is 50 \u03a9. These values provide concrete checkpoints when a radio technician prepares the programming profile and reviews the antenna arrangement. Audio processing uses AMBE+2 and SELP vocoders, with 0.5 W rated audio output. Before issue, the team can test transmit and receive performance at actual work points such as security gates, plant rooms, loading routes, and control positions. The accepted programming profile can then be recorded and applied consistently to each user group.<\/p>\n

Intrinsic Safety and Field Protection<\/h2>\n

The radio is rated intrinsically safe to UL913\/TIA4950 and is SGS certified. Its classifications include Class I Div 1 Groups C-D T4, Class II\/III Div 1 Groups E-G T135\u00b0C, and Class I Div 2 Groups A-D T4. Deployment should begin by matching the complete classification marked for the device to the hazardous-area classification and safety procedure of the facility. The general intrinsically safe label should not replace that site-specific review. This is particularly important in energy, processing, warehousing, and operational areas that control which portable electrical devices may enter.<\/p>\n

IP67 protection supports field use where dust or water exposure falls within the rating. MIL-STD-810H compliance and resistance to a 1.5 m drop add practical durability for personnel moving between work points. The radio operates from -20\u00b0C to +60\u00b0C and can be stored from -40\u00b0C to +85\u00b0C. Asset managers can use those boundaries when selecting storage, charging, and issue locations, especially where devices remain in a warehouse, vehicle, or guard post before a shift begins.<\/p>\n

Display, Connectivity, and Positioning<\/h2>\n

The 1.45-inch color LCD has a 240\u00d7320 resolution. It gives the operator a visual reference for the status and information presented by the programmed radio interface. The body measures 119 \u00d7 55 \u00d7 33.5 mm and weighs 321 g, giving deployment teams useful figures for selecting a carry point and case. A practical fitting check should be completed with the organisation’s work clothing and personal protective equipment, because access to push-to-talk controls and the chosen carry position directly affect daily use.<\/p>\n

Bluetooth 5.3 provides a route for compatible accessories, USB Type-C provides a wired interface, and GPS\/GLONASS supports positioning functions. The technical team should match each proposed accessory to the radio interface and configured functions before purchasing it at scale, followed by pairing, audio, and control testing in the operating environment. The decision to keep positioning active should also be part of shift planning: stated battery operation changes from 23 h with GNSS off to 21 h with GNSS on under the defined duty-cycle conditions.<\/p>\n

Saudi Business Use Cases for the HP56X UL913<\/h2>\n

The HP56X UL913 fits security, operations, and maintenance teams that need portable voice communications combined with a disciplined hazardous-area review. At an industrial facility, the radio manager can select the UHF or VHF version according to the network design and program digital or analog workgroups for the site’s procedures. In facilities management, the color display, positioning, and Bluetooth support a supervisor or technician who needs a handheld radio with compatible accessory options. In warehouses or handling areas with specific classifications, intrinsic safety, IP67 protection, and mechanical durability can form part of a controlled policy for approved portable equipment.<\/p>\n

For security teams working extended shifts, the 23 h and 21 h figures provide a basis for charging plans tied to the GNSS decision. An equipment room can separate charged units from returned units, record frequency and power settings for each group, and complete audio, pairing, and positioning checks before handover. On projects involving multiple contractors, keeping the HP56X UL913 model identity and complete classification on the asset label helps prevent a different radio being issued to an area that requires a specific approval.<\/p>\n

Positioning Within the Hytera Family<\/h2>\n

The HP56X UL913 is the complete handheld radio in this family, while the sibling M110 is a magnetic mount for a vehicle antenna. Their roles differ before any feature comparison begins: a buyer selects the HP56X UL913 when team members need a radio they can carry and use for conversations, whereas M110 supports an antenna mounting point in a vehicle radio installation. One does not replace the other, so handheld equipment and antenna-installation hardware should appear as separate lines in a purchase order and asset plan.<\/p>\n

Within the handheld category, this model is distinguished by combining intrinsic safety with digital and analog operation, two frequency-band versions, and modern connection options. That position suits an organisation seeking balanced coverage and cost by choosing the appropriate band and output configuration while retaining IP67 protection, a color display, and positioning. The decision sequence should start with the area classification, continue with the UHF or VHF network plan and DMR or analog mode, and finish with accessory and shift-duration requirements.<\/p>\n

Deployment and Issue Notes<\/h2>\n

Deployment starts by identifying where the radio will be used and matching the UL913\/TIA4950 classes, groups, and temperature codes to the approved safety requirements. The radio manager can then select the UHF or VHF version and apply power and channel-spacing settings from the network plan. Those choices should be recorded against the device so maintenance personnel know the installed configuration when a radio is reprogrammed or transferred.<\/p>\n

Before user issue, the team can charge the 2400 mAh battery, inspect the display, test audio and two-way communication, and verify Bluetooth 5.3 and GPS\/GLONASS when those functions are part of the workflow. A carry test with the approved case and protective equipment can confirm control access and the effect of the 321 g weight. For energy planning, the 5\/5\/90 high-power conditions should remain attached to the stated battery figures and then be compared with the real shift pattern. Physical inspection after a drop and storage controls tied to the temperature limits also give supervisors a clear basis for deciding whether a returned radio is ready for reissue. This process turns the HP56X UL913 into a managed part of the communications and safety system rather than an unconfigured device handed directly to users.<\/p>\n

Package Contents<\/h2>\n