Entel DX400 series, is the UK designed digital two-way radio, that is great for wet environments.
The reason that the Entel DX400 series is good for wet environments, is that it has high resistivity to dust and water.
Resistance to damp and water is classified, by what is known as Ingress Protection rating.
Normally you will see the Ingress Protection rating shortened to ‘IP’, followed by two numbers.
The Entel DX400 series has an IP rating of ‘IP68’.
The first digit, or ‘6’, in the case of the Entel DX400’s IP68 rating, shows the protection against solids, such as dust, entering the radio.
The second digit of our Entel Dx400’s IP68 rating, refers to protection against liquids, such as water, from entering the insides of the radio.
The international standard that defines the IP standards, is IEC 60529.
The IP68 Ingress Protection offered by the Entel DX400 series radios means that it is dust-tight, and can be immersed in up to 1 metre (meter) of water, for short periods of time.
This makes the radio ideal for locations, such as swimming pools, and building sites.
We have demo radios available, to trial at your business premises.
Environmental protection to IP68 (2 Meters for 4 hours)
All DX400 Series radios enjoy an IP68 (2 Meters for 4 hours)
rated construction, which means that they are dust protected and fully
Submersible (even with the accessory cover removed).
MILSTD 810C/D/E/F/G Meeting MIL-STD 810C/D/E/F/G and providing commercial-grade construction for tough, enduring performance. Entel’s DX400 Series radios conform to stringent standards, enabling them to withstand the everyday rigours of shock, vibration and the corrosive effects of dust and moisture, ensuring many years of trouble-free use.
Robust accessory socket DX400 radios accessory socket has been specifically designed so that when an accessory is secured to the portable, the connection can withstand any amount of punishment; from dropping to careless misuse. DX400 radios retain their IP68 rating even when the accessory cover is removed.
High contrast white on black OLED display DX400 display models benefit from high contrast white on black OLED display that delivers superior readability in varying light conditions adding to the DX400’s intuitive user interface.
Channels / Zones DX482 portables provide 16 programmable channels & 2 programmable Zones.
Li-Ion battery technology & improved talk time DX400 radios are supplied with the latest intelligent Lithium-Ion battery technology as standard. One key advantage of Lithium-Ion battery technology is the way it eliminates the ‘memory effect’, meaning that there is no need to fully discharge your battery before recharging. As a result of this, you are assured of a full charge each and every time you take your Entel battery from its charger. DX400 radios also benefit from TDMA Digital mode signalling that increases battery endurance by up to 40% ensuring longer standby/talk times.
Field upgradeable to add future features Entel adds and improves features on its DX400 radios by way of free software updates. Using Entel’s innovative End-User Programmer app Entel DX400 radios can be easily upgraded without the Dealer having to visit site or courier the radios back and forth saving significant time and expense.
TDMA Two-Slot Direct Mode (aka ‘Two Slot Simplex’)
The DMR Digital standard splits a single 12.5Khz Analogue channel into two separate channels, therefore, doubling the number of channels available to the radio user. Two-Slot operation is normally only possible when a DMR Repeater is included in the system. However, Entel DX400 DMR radios overcome this restriction on both Simplex & DMR446 channels so both channels (slots) are always available to the user no matter the channel type.
Mixed Mode Operation
In Mixed Mode operation the radio can receive both DMR Digital & Analogue modes without the user having to change the channel. Mixed Mode is beneficial where both Analogue & Digital radios are being used together, e.g. where a customer is migrating from an existing Analogue radio system to a DMR Digital radio system.
Keylock To avoid accidental operation, your radio’s keys & controls can be locked.
Programmable channel monitor button If you have channel protection enabled on your DX400 portable, all signals other than your own networks will be filtered out. This can be temporarily disabled allowing you to monitor all signals on your channel.
Individual, Group Calling & Caller ID Entel’s DX400 models provide both Individual and Group calling which can be selected via the channel control and, on display models, the radio’s large contact list. Display models can also display the caller’s ID.
Privacy Entel DX400 portables provide enhanced privacy as standard, therefore, providing additional protection compared to Analogue radios.
Personal Attack Button All Licensed DX400 portables include a programmable personal attack button. Once activated, the radio will send an alarm call to other radio(s) as well as sounding a local alarm.
Lone-Worker & Man-Down Alarms Entel’s Licensed DX400 portables are designed to protect lone workers. The radio Lone-Worker timer checks the radios user is OK; if no response is received, the radio will automatically send an alarm call to other radio(s). The local alarm additionally alerts non-radio users in the vicinity to the emergency. Should someone fall and become unconscious, the optional Man-Down sensor can automatically send an alarm.
|Frequency Range||400 – 470MHz|
|Channels / Zones||16 / 2|
|Channel Spacing Analogue / Digital||12.5 kHz & 25 kHz / 12.5KHz|
|Battery||CNB420E 1350mAh Li-Ion|
CNB450E 2000mAh Li-Ion
|Weight (with battery)||243g – with CNB420E |
267g – with CNB450E
|Overall Dimensions (HxWxD)||97mm x 59.5 mm x 33 mm (with CNB420E)|
97mm x 39.5mm x 37mm (with CNB450E)
|Antenna Impedance||50 ohms|
|Operating Temperature||-20° to +55°C|
|Dust and Liquid Intrusion||IP68 (2 meters depth for 4 hours)|
|Drop Test||MIL-STD 810 C/D/E/F/G|
|Packing Test||MIL-STD 810 C/D/E/F/G|
|Vibration & Shock||MIL-STD 810 C/D/E/F/G|
|Approvals||Analogue mode RF EN 300 086 v2.1.2 |
Digital mode RF 300 113 v2.2.1
EMC EN 301 489 1 v2.2.0 &
EN 301489-5 v2.2.0
Safety (LVD) EN 60930:2006, AI, All, A12 & A2 SAR EN 50566:2017, EN 62311:2008 &
EN 62209 -2:2010
|Air Interface DMR||ETSI TS 102 361|
Entel DX400 Transmitter
|Power Output||4W (high) – 1W (low)|
|Modulation||7K60FXE/ 7K60FXD, 8K0F3E, 16K0F3E|
|Distortion||2% / 5% – Digital / Analogue|
|Unwanted Emissions||0.25uW / 1.0uW <1GHz / >1GHz|
|Adjacent Channel Power||60dBc|
|Digital Sensitivity||Typically -121dBm (0.2uV) for 5% BER|
|Analogue Sensitivity||Typically -121dBm (0.2uV) for 12dB Sinad|
|Rated Audio Output||2 Watts|
|Adjacent Channel Selectivity||60dB (Digital) |
60/70 (Analogue 12.5/25KHz)
|Spurious Response Rejection||-37dBm|
|Spurious Radiations||2.0nW/20nW <1G Hz/>1GHz|