750 Seires 750-478

750-478

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Model: 750-478

Order No:

SKU: 10000133771601

Condition: New Sealed Under Guarantee

Size: 100.00 mm,69.80 mm,12.00 mm

Weight: 52.50g

Product Selection Engineer:Zuohuiqin

In Stock

Brief Introduction

750-478

Number of analog inputs: 2Total number of channels (module): 2Signal type: VoltageSignal type (voltage): 0…10 VDCSensor connection: 2 x (2-wire)Input filter frequency (analog): 50 HzMaximum input voltage: 24 VSignal characteristics: Single-ended inputResolution (bits): 16 bitsData width: 2 x 16-bit data; 2 x 8-bit control/status (optional)Interference suppression at the sampling frequency: -100 dBInterference suppression above the sampling frequency: -40 dBInternal resistance: 130 kΩTypical conversion time: 80 msMeasurement error (reference temperature): 25°CMeasurement error, maximum deviation from upper limit: 0.1%Maximum temperature error relative to upper limit: 0.01%/KSupply voltage (system): 5 VDC; via data contactsCurrent consumption (5 V system power supply): 75 mAField supply voltage: 24 VDC (-25…+30%) Via power jumper contacts (power supply via knife contacts; transmission via spring contacts)

Description

Number of analog inputs: 2
Total number of channels (module): 2
Signal type: Voltage
Signal type (voltage): 0…10 VDC
Sensor connection: 2 x (2-wire)
Input filter frequency (analog): 50 Hz
Maximum input voltage: 24 V
Signal characteristics: Single-ended input
Resolution (bits): 16 bits
Data width: 2 x 16-bit data; 2 x 8-bit control/status (optional)
Interference suppression at the sampling frequency: -100 dB
Interference suppression above the sampling frequency: -40 dB
Internal resistance: 130 kΩ
Typical conversion time: 80 ms
Measurement error (reference temperature): 25°C
Measurement error, maximum deviation from upper limit: 0.1%
Maximum temperature error relative to upper limit: 0.01%/K
Supply voltage (system): 5 VDC; via data contacts
Current consumption (5 V system power supply): 75 mA
Field supply voltage: 24 VDC (-25…+30%) Via power jumper contacts (power supply via knife contacts; transmission via spring contacts)
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