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F-8017CH - Analog Input Module, 8 channels, 4 ~ 20 mA with HART compliant, Isolated by ICP DAS
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8-channel Isolated Current Input Redundant Module, 500 Samples/sec sampling rate, supports operating temperatures from -25°C~ +75°C
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The F-8017CH is a 16-bit, 8-channel analog differential input module. This module accepts current input range 4~20mA and supports 25% over range measurement (Accuracy is not guaranteed). Besides, it has ±0.05% accuracy for highly accurate application. Moreover, this module provides 500Hz sampling rate for some application. In addition to current input, F-8017CH is also built-in HART master interface to remotely maintain devices via HART. The F-8017CH provides 3000VDC optical isolation between channels and backplane bus. If any high voltage or current damages these channels, this module won’t affect other component in iDCS-8000 system.
- Building Automation
- Factory Automation
- Machine Automation
- Remote Maintenance
- Remote Diagnosis
- Testing Equipment
- HART Master Interface for DCS systems
Feature |
HART interface |
Yes, supports HART master |
Over-Current Protection |
Yes (Switching time < 100us) |
Over-Current Protection |
Yes |
Termination board break off detection |
Yes |
LED indicator |
1 RUN, 1 ACT, 1 DUX |
Analog Input |
Number of channels |
8 |
Type |
4 ~ 20 mA (Support ±25% overrange |
Maximum Allowable Input Current |
25 mA |
Resolution |
16 bit |
Sampling Rate |
500 Samples/sec(Total) |
Accuracy |
±0.05% FSR |
Zero Drift |
±20 μV/°C |
Common Mode Rejection |
86 dB |
Normal Mode Rejection |
100 dB |
Input Impedance |
120 Ω |
Data Range |
-2500~12500 |
Isolation |
3000 VDC |
HART |
Mode |
Master, Monodrop (Point-to-Point) |
Certification |
EMC |
EN61000-6-2, EN61000-6-4, IEC/EN 61000-4-2, IEC/EN 61000-4-4 |
General |
Termination board |
DN-AIH-08 |
Maximum power consumption |
1.2 W + 7.5W1 |
Operating temperature |
-25°C~ +75°C |
Humidity |
5 ~ 95 % RH, Non-condensing |
Weight |
300 g |
Dimensions (W x L x H) |
30 mm x 85 mm x 115 mm |
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1. F-8017CH provides the power for the passive loop, so there will be an extra power for the transmitter in the field. The amount of power consumption depends on the number of transmitters. |
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