CFE
Cellocator CFE is an extension device that can be connected to the RS232 serial port of the Cello unit in order to increase the number of available inputs, outputs and serial communication ports.
- Supports additional three serial ports, six inputs and six outputs.
- Each serial port can be configured to support one of the legacy serial protocols.
- Each input supports digital, analog and frequency counter interface.
- Supports OTA programming and firmware upgrades via serial port.
Inputs: | 6 General purpose inputs supporting: 1) Discrete Dry 2) Discrete Wet 3) Analog 0-2.5V 4) Analog 0-30V 5) Frequency Discrete Dry – configurable threshold to decide logical high and low states. Discrete wet - configurable threshold to decide logical high and low states. Analog inputs with variable resolution - 8 bits & 0-2.5V: resolution 20mV, accuracy ±30mV; 8 bits & 0-30V: 100mV, accuracy ±100mV 12 bits & 0-2.5V: resolution 3mV, worst case accuracy <10mV; max 20mV. 12bits & 0-30V: resolution 8mV,worst case accuracy <40mV Frequency counters - Configurable resolution; Up to 5kHz input signal; Signal level (3V < Vin ≤ 30V); Accuracy ±2% |
Outputs: | 6 general purpose open drain outputs (250mA max) with assignable functionality |
COM1 (RS232) Port : | 8 bit; 1 Stop Bit; No Parity baud rate – 460800 bps CFE Connected to Cello: 1 – CFE to Cello communication protocol. CFE in Standalone mode: 1 - CFE Cellocator Serial Protocol 2 - CFE Configuration 3 - CFE Firmware upgrade |
COM3, COM4, COM5 (RS232) port: | Selectable baud rate (9600 to 460800 bps) True RS232 levels 8 bit; 1 Stop Bit; No Parity configurable protocol: 1. CFE Cellocator Serial Protocol 2. Garmin 3. PSP 4. Transparent Model applications: 1. CFE and Cello Configuration 2. CFE and Cello Firmware upgrade Data Forwarding throughput of 3 ports communicating with remote server - 3.7 Kbps |
Vout: | 5 Volts regulated power supply (300 mA max) output with over current protection. |
Connectors: | 20pin Molex, Automotive 6 pin Molex, Automotive |
Mounting: | Tie-wraps and/or two sided adhesive tape |
Input Voltage: | 9-32VDC |
Average Current consumption: | Normal (assuming 0.5 Sec polling): 10.3mA Hibernation (UART On, assuming 0.5 Sec polling) : 1.5mA Hibernation (UART Off) : 1.4mA |
Immunity: | Compliant with ISO 7637 test level #4 (in accordance with e-mark directive) |
Temp, operating: | -40°C to +85°C |
Temp, storage: | -40°C to +85°C |
Humidity: | 95% non condensing |
Protection: | IP40 |
Vibration, Impact: | ISO 16750 |
Dimensions: | 98x71x27mm |
Weight: | 70gr |
Cello-IQ
Advanced Fleet Management Solution with Driver Behavior Monitoring
Cello-IQ is a driver behavior monitoring and eco-driving device, designed to reduce fleet operating costs, improve productivity and increase fleet safety. The Cello-IQ processes and interprets vehicle dynamics and driving patterns into a safety score, which reflects the driver’s potential of involvement in a road accident, and an Eco score, indicating the vehicle’s fuel efficiency and emission footprint.
Learn More about Cello-IQCello-CANiQ
Intelligent Fleet Management, Driver Behavior & Diagnostics Solution
A fleet management solution, utilizing a smart algorithm to combine data from various vehicle environment interfaces. These interfaces include standard CANBUS and OBD, driver identification, serial communication with third party devices, discrete, analog and frequency measurement ports, voice channel, and others. In addition to various logic methods calculating Trip Fuel Consumption, based on different vehicle’s parameters.
Learn More about Cello-CANiQ-
Specs
6 General purpose inputs supporting:
1) Discrete Dry
2) Discrete Wet
3) Analog 0-2.5V
4) Analog 0-30V
5) Frequency
Discrete Dry – configurable threshold to decide logical high and low states.
Discrete wet - configurable threshold to decide logical high and low states.
Analog inputs with variable resolution -
8 bits & 0-2.5V: resolution 20mV, accuracy ±30mV;
8 bits & 0-30V: 100mV, accuracy ±100mV
12 bits & 0-2.5V: resolution 3mV, worst case accuracy <10mV; max 20mV.
12bits & 0-30V: resolution 8mV,worst case accuracy <40mV
Frequency counters - Configurable resolution; Up to 5kHz input signal; Signal level (3V < Vin ≤ 30V); Accuracy ±2%6 general purpose open drain outputs (250mA max) with assignable functionality
8 bit; 1 Stop Bit; No Parity
baud rate – 460800 bps
CFE Connected to Cello:
1 – CFE to Cello communication protocol.
CFE in Standalone mode:
1 - CFE Cellocator Serial Protocol
2 - CFE Configuration
3 - CFE Firmware upgrade
Selectable baud rate (9600 to 460800 bps)
True RS232 levels
8 bit; 1 Stop Bit; No Parity
configurable protocol:
1. CFE Cellocator Serial Protocol
2. Garmin
3. PSP
4. Transparent Model
applications:
1. CFE and Cello Configuration
2. CFE and Cello Firmware upgrade
Data Forwarding throughput of 3 ports communicating with remote server - 3.7 Kbps5 Volts regulated power supply (300 mA max) output with over current protection.
20pin Molex, Automotive
6 pin Molex, Automotive
Tie-wraps and/or two sided adhesive tape
9-32VDC
Normal (assuming 0.5 Sec polling): 10.3mA
Hibernation (UART On, assuming 0.5 Sec polling) : 1.5mA
Hibernation (UART Off) : 1.4mA
Compliant with ISO 7637 test level
#4 (in accordance with e-mark directive)
-40°C to +85°C
-40°C to +85°C
95% non condensing
IP40
ISO 16750
98x71x27mm
70gr
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Accessories
-
Cello-IQ
Advanced Fleet Management Solution with Driver Behavior Monitoring
Cello-IQ is a driver behavior monitoring and eco-driving device, designed to reduce fleet operating costs, improve productivity and increase fleet safety. The Cello-IQ processes and interprets vehicle dynamics and driving patterns into a safety score, which reflects the driver’s potential of involvement in a road accident, and an Eco score, indicating the vehicle’s fuel efficiency and emission footprint.
Learn More about Cello-IQ -
Cello-CANiQ
Intelligent Fleet Management, Driver Behavior & Diagnostics Solution
A fleet management solution, utilizing a smart algorithm to combine data from various vehicle environment interfaces. These interfaces include standard CANBUS and OBD, driver identification, serial communication with third party devices, discrete, analog and frequency measurement ports, voice channel, and others. In addition to various logic methods calculating Trip Fuel Consumption, based on different vehicle’s parameters.
Learn More about Cello-CANiQ
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Applications
Full Product Details:
- Download Updated Oct 23 2020
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