85UVF1-1CEX

Description

argument
Brand: Fireye
Model: 85UVF1-1CEX
Power supply: logic power supply 12-36VDC, motor power supply 12-72VDC
Current: Continuous current 12A, peak current 30A
Communication channel: RS232, CAN2.0B (optical isolation, up to 1MBit/s)
Control commands: RS232/CAN communication command, pulse + direction, +-10V analog reference, I/O input
Programmable digital I/O: 7 programmable digital inputs (enable, reset, left/right limit, origin, universal), 6 programmable digital outputs (servo preparation, alarm, universal)
Analog input: 2 +-10V analog input (reference analog input, analog feedback input)
specification
Structure: Compact enclosed structure (136x86x29mm)
Control mode: position, speed, torque
Operation mode: Single or multi-axis (Master/Slave, up to 256), off-line operation (Stand alone)
Motion modes: programmable T or S curves, electronic gears, electronic cams, PT/PVT, synchronization, external controls, multiple event triggers, etc
Size and weight
Size: 136x86x29mm (compact enclosed structure)
Weight: Approx. 48kg (FIREYE radiation detector 85UVF1-1CEX weight, but please note that this is not the direct weight of the flame detector, for reference only)
series
Series: Phoenix Series
trait
Automatic setting of ON/OFF thresholds: The internal flame relay automatically sets ON/OFF thresholds without relying on remote flame amplifiers or flame switches
Automatic gain adjustment: The ability to automatically select the appropriate sensor gain to adapt to different application environments
Advanced light filters: Adjust the optical sensitivity of the detection unit to pick up light wavelengths from standard 310 nm to 500 nm
Explosion-proof certification: All models have an explosion-proof housing certified by CENELEC and ATEC for use in hazardous environments of the EEXDIIC Class 6
Multiple communication methods: Support RS232 and CAN2.0B communication protocols, easy to integrate with various industrial automation equipment
effect
Flame monitoring: used to monitor the state of the combustion flame to ensure that the burner is operating in a safe condition
Prevent safety hazards: Prevent industrial gas leakage and other safety hazards, improve refining efficiency
Automation control: It can be used with industrial automation equipment such as PLC to realize automatic control and alarm of flame monitoring