Frequency Transducer www.ce-transducer.com Frequency Transducer Specifications: Operating Principle Photoelectric Isolation Isolation Voltage Response Time Power Consumption mW Mounting Vz, Vd, Iy Vg,Iz Output Output PCB/ 480 600 Din rail/ Screw Overload Capacity Part Numbers: Input Waveform R: Arbitrary wave pass zero CE-F01 3:0~5VDC (Vz) 2: 12V F: Square Wave. 4:0~20mA (Iz)* 3: 15V Z: Sine curve wave. 5:4~20mA (Iy)* 4: 24V O:OC frequency signal 8:0~10VDC(Vd) 8: 110V T: TTL electricity level 9:220V CE-F03 Z: Sine curve wave. Series Rated Input Case Accuracy Style (%) Frequency Voltage Power Supply S1 S3 * Loop resistance from 0 to 250Ω. Contact factory for loop resistance above 250Ω. Part Number Example: CE-F01-32FS3-0.5/0~55Hz (250V) Description: Frequency Transducer, Square Wave Signal (250V), Output: 0~5V, Power supply: +12V, Case Style: S3, Accuracy: 0.5, Input:0~55Hz. Connections Diagram (see page2 for mounting dimensions) Signal Input Signal Input Vout Power Supply Fig 1.1 CE-F01 Voltage Output, Case Style S Current Signal Output Power Supply Fig. 1.2 CE-F01 Current Output, Case Style S,

Vcc Vcc Current Voltage Output Power Supply Power Supply Fig. 1.3 CE-F01 OC Frequency Input, Voltage Output Fig. 1.4 CE-F01 OC Frequency Input, Current Output Power quality monitoring Applications monitor generator sets Multi-frequency control and monitoring Inverter drives and systems Response of amplitude of frequency signal must not be lower than 20% of rated voltage. There is no polarity requirement for the input signal connection. The responsive amplitude of frequency signal must not be lower than 20% of rated voltage. The output signal and the Power supply must be grounded in common. Please...