DC Voltage Transducer www.ce-transducer.com DC Voltage Transducer Specifications: Operating Principle Isolation Response Overload Voltage Time Capacity Power ConsumptionmW Vz,Vd, Vg,Iz Output Iy Output Linear CE-VZ01 Photoelectric 300 Isolation 2 Times 2500 VDC Treble Isolation* ≤15mS 10 /sec Electromagnetic CE-VZ02 200 Isolation * Treble Isolation: the input, output and power supply is isolated from each other. Mounting PCB / Din rail/ Screw Part Numbers: Series Power Supply 3: 0~5V DC (Vz) 4: 0~20mA (Iz)* 5: 4~20mA (Iy)* 6: 1~5V DC(Vy) 8:0~10V DC(Vd) F:OC frequency l output Case Style S1 S2 H2 l Loop resistance from 0 to 250Ω. Contact factory for loop resistance above 250Ω. CE-VZ02 Rated Input Part Number Example: CE-VZ02-52MS1-0.2/0-75mV Description: 1-phase DC Transducer, Output: 4-20mA, Power supply: +12V, No window, Case Style: S1, Accuracy: 0.2, Input Voltage: 0-75mV. Connections Diagram (see page 3 for mounting dimensions) Signal Input Current Output Power Supply Fig. 1.11 CE-VZ01 Current output, Case Style S Signal Input Voltage Output Power Supply Fig. 1.12 CE-VZ02 Voltage Output, Case Style S

Frequency Signal Output Power Supply Fig. 1.13 CE-VZ02 Current Output, Case Style S Power Supply Current Signal Output Power source Signal Input Voltage Signal Output Power source Signal Input Fig. 1.15 CE-VZ02 Voltage Output, Case Style H2 Fig. 1.16 CE-VZ02 Current Output, Case Style H2

Center of the sliding track For Case Style H2 (Top view) Mobile applications Power Supply over/under sensing Power sensing Battery chargers and systems In case the input signal is bi-directional DC or pulsed DC, please give clear indication in your order. Since CE-VZ01 is provided with treble isolations, the output signal and Power supply may not be grounded in common. (While that of other series must be grounded in common.)