EUROSENSE DOMINATOR: Difference between revisions

Latest revision as of 05:59, 22 October 2025

Introduction to the Product

Eurosens sensors are designed to measure fuel level in tanks of vehicles and stationary units. The sensors are used in fleet management systems to monitor real fuel consumption, discharges, and refuelling. Sensors can measure POL (gasoline, kerosene, oil), which freely move inside measuring electrodes.

Product Specification

Parameter	Value
Measurement range, mm	20–1500 (with single electrode) / 20–10000 (with composite electrodes)
Power supply, V	10–50
Reverse polarity protection	Yes
Measurement error	±1%
Data averaging period, sec	1–300
Max current consumption at 12 V, mA	≤ 50
Max current consumption at 24 V, mA	≤ 25
Ambient operating temperature, °C	-40 to +85
Electromagnetic compatibility	UNECE Regulation №10 (05), TR CU 020
Galvanic isolation of measuring electrodes from external circuits	Up to 1500 V
Ingress protection rating	IP67
Cable length	7m (other lengths available on request)
Tank calibration in sensor memory	Supported
Explosion proof certificate	0ExiiaIIBT6 X
Built-in power battery	ER14505H, 3.6 V
Internal battery life, years	5
Measurement error	±1%
Data averaging period, sec	4, 8, 16, 32, 64, 128
Data sending interval, sec	2–1800
Supported by	DISCOVERY-126A, DISCOVERY-226A, DISCOVERY-296A

Wiring Information

Wire Colour	Function
Red	Power
Brown	GND
Yellow	RS485 A
Green	RS485 B

Configuration Guide

This guide outlines how to configure the RS485-based EUROSENS fuel sensor on Transight Telematics devices using configuration commands.

✅ Step 1: Select and Enable the Fuel Sensor Type

Defines the fuel sensor model and number of sensors connected.

• Command Format


SET CUFUELTYPE:<Sensor Model>,<Number of Sensors>

• Example


SET CUFUELTYPE:EUROSENS485,1

• Expected Response


IMEI: 862942074896044

Command: SET CUFUELTYPE:EUROSENS485,1
 
Response: EUROSENS485,

Error : 0

• Verification Command


GET CUFUELTYPE

• Expected Verification Response


IMEI: 862942074896044

Command: GET CUFUELTYPE
 
Response: EUROSENS485,1

Error : 0

✅ Step 2: Configure Fuel Sensor Communication Parameters

Defines sensor index and RS485 network address.

• Command Format


SET CUFUELDATACFG:<Sensor Type>,<Index>,<Network Address>

• Example


SET CUFUELDATACFG:EUROSENS,01,01

• Expected Response


IMEI: 862942074896044

Command: SET CUFUELDATACFG:EUROSENS,01,01
 
Response:

Error : 0

• Verification Command


GET CUFUELDATACFG:EUROSENS,1

• Expected Verification Response


IMEI: 862942074896044

Command: GET CUFUELDATACFG:EUROSENS,01
 
Response: Mode: 0, BaudRate: 19200, Address: 1, Interval: 10, Default Output: 1

Error : 0

📋 Parameter Reference Table

Parameter	Value Example	Description
Param1	EUROSENS	Sensor type identifier
Param2	Index = 1	Sensor instance (1 to 3 supported)
Param3	Network Address = 0x01	RS485 address (0x00 to 0xE7 range)

⚠️ Mandatory Save Command

After completing configuration, execute this to save and apply changes:


SET CUMR:2

✅ Step 3: Verify Fuel Data Transmission

Once configured, the device automatically starts transmitting real-time fuel data.

🔍 Validation Checklist

Monitor telemetry packets on your server.

Confirm:

- Fuel level data is present.

- Values update periodically.

- Readings are accurate and consistent.

Product Link

[Purchase Link]

@@ Line 3: / Line 3: @@
 == Product Specification ==
+[[File:Eurosens.png|right|300px]]
 {| class="wikitable"
 ! style="background-color:#800020; white-space:nowrap; color:white;" | Parameter
 ! style="background-color:#800020; white-space:nowrap; color:white;" | Value
@@ Line 45: / Line 45: @@
 |-
 | Data sending interval, sec || 2–1800
+|-
+| Supported by	|| <div class="mw-collapsible mw-collapsed"> <div class="mw-collapsible-content"><p>
+DISCOVERY-126A, DISCOVERY-226A, DISCOVERY-296A</p>
 |}
@@ Line 61: / Line 64: @@
 |-
 | Green || RS485 B
+|}
+==Configuration Guide==
+This guide outlines how to configure the RS485-based '''EUROSENS''' fuel sensor on Transight Telematics devices using configuration commands.
+== ✅ Step 1: Select and Enable the Fuel Sensor Type ==
+Defines the fuel sensor model and number of sensors connected.
+'''• Command Format'''
+<pre>
+SET CUFUELTYPE:&lt;Sensor Model&gt;,&lt;Number of Sensors&gt;
+</pre>
+'''• Example'''
+<pre>
+SET CUFUELTYPE:EUROSENS485,1
+</pre>
+'''• Expected Response'''
+<pre>
+IMEI: 862942074896044
+Command: SET CUFUELTYPE:EUROSENS485,1
+Response: EUROSENS485,
+Error : 0
+</pre>
+'''• Verification Command'''
+<pre>
+GET CUFUELTYPE
+</pre>
+'''• Expected Verification Response'''
+<pre>
+IMEI: 862942074896044
+Command: GET CUFUELTYPE
+Response: EUROSENS485,1
+Error : 0
+</pre>
+== ✅ Step 2: Configure Fuel Sensor Communication Parameters ==
+Defines sensor index and RS485 network address.
+'''• Command Format'''
+<pre>
+SET CUFUELDATACFG:&lt;Sensor Type&gt;,&lt;Index&gt;,&lt;Network Address&gt;
+</pre>
+'''• Example '''
+<pre>
+SET CUFUELDATACFG:EUROSENS,01,01
+</pre>
+'''• Expected Response'''
+<pre>
+IMEI: 862942074896044
+Command: SET CUFUELDATACFG:EUROSENS,01,01
+Response:
+Error : 0
+</pre>
+'''• Verification Command'''
+<pre>
+GET CUFUELDATACFG:EUROSENS,1
+</pre>
+'''• Expected Verification Response'''
+<pre>
+IMEI: 862942074896044
+Command: GET CUFUELDATACFG:EUROSENS,01
+Response: Mode: 0, BaudRate: 19200, Address: 1, Interval: 10, Default Output: 1
+Error : 0
+</pre>
+== 📋 Parameter Reference Table ==
+{| class="wikitable"
+{| class="wikitable"
+! style="background-color:#680022; color:white;" | Parameter
+! style="background-color:#680022; color:white;" | Value Example
+! style="background-color:#680022; color:white;" | Description
+|-
+| Param1 || EUROSENS || Sensor type identifier
 |-
-| Black || RS232 Rx
+| Param2 || Index = 1 || Sensor instance (1 to 3 supported)
 |-
-| White || RS232 Tx
+| Param3 || Network Address = 0x01 || RS485 address (0x00 to 0xE7 range)
 |}
+== ⚠️ Mandatory Save Command ==
+After completing configuration, execute this to save and apply changes:
+<pre>
+SET CUMR:2
+</pre>
+== ✅ Step 3: Verify Fuel Data Transmission ==
+Once configured, the device automatically starts transmitting real-time fuel data.
+'''🔍 Validation Checklist'''
+* Monitor telemetry packets on your server.
+* Confirm:
+** Fuel level data is present.
+** Values update periodically.
+** Readings are accurate and consistent.
+===Product Link===
+[[https://eurosenstelematics.com/ Purchase Link]]