SCM7B30, Analog Input Process Control Signal Conditioner
- Analog Input Module
- 1500 V Transformer Isolation
- Accuracy: ± 0.03%
- DIN Rail Mounting with DIN Backpanel
- Module
- ANSI/IEEE C37.90.1 Transient Protection
- Input Protected to 120 V AC Continuous
Family | Dataforth 7B |
Input Type | 0 - 10 mV DC |
0 - 100 mV DC | |
0 - 1 V DC | |
1 - 5 V DC | |
±10 mV DC | |
±100 mV DC | |
±1 V DC | |
# of Inputs | 1 |
Output Type | 0 - 5 V DC |
1 - 5 V DC | |
0 - 10 V DC | |
Bandwidth | 3 Hz |
Isolation | Yes |
Supply Power | 14 - 35 V DC |
SCM7B30-01 | 0-10 mV Input, 1-5 VDC Output |
SCM7B30-02 | 0-100 mV Input, 1-5 VDC Output |
SCM7B30-03 | 0-1 V Input, 1-5 VDC Output |
SCM7B30-05 | 1-5 V Input, 1-5 VDC Output |
SCM7B30-06 | ± 10 mV Input, 1-5 VDC Output |
SCM7B30-07 | ± 100 mV Input, 1-5 VDC Output |
SCM7B30-08 | ± 1 V Input, 1-5 VDC Output |
SCM7B30-01A | 0-10 mV Input, 0-5 VDC Output |
SCM7B30-02A | 0-100 mV Input, 0-5 VDC Output |
SCM7B30-03A | 0-1 V Input, 0-5 VDC Output |
SCM7B30-05A | 1-5 V Input, 0-5 VDC Output |
SCM7B30-06A | ± 10 mV Input, 0-5 VDC Output |
SCM7B30-07A | ± 100 mV Input, 0-5 VDC Output |
SCM7B30-08A | ± 1 V Input, 0-5 VDC Output |
SCM7B30-01D | 0-10 mV Input, 0-10 VDC Output |
SCM7B30-02D | 0-100 mV Input, 0-10 VDC Output |
SCM7B30-03D | 0-1 V Input, 0-10 VDC Output |
SCM7B30-05D | 1-5 V Input, 0-10 VDC Output |
SCM7B30-06D | ± 10 mV Input, 0-10 VDC Output |
SCM7B30-07D | ± 100 mV Input, 0-10 VDC Output |
SCM7B30-08D | ± 1 V Input, 0-10 VDC Output |
SCM7B30 Datasheet |
AN101 RMS_Voltage_Current App Note |
AN121 RiseTime vs BW App Note |
AN126 Tuning_Surge_Tank_Level_Control_Loops App Note |
AN128 RMS Revisited App Note |
AN129 Harmonics and utility costs App Note |
AN704-SCM7B Failure Rate and Calc. Prediction App Note |
Hysteresis Specifications Tech Note |
Faraday's Law of Induction Tech Note |
Data Acquisition Systems Accessories Tech Note |
Signal Conditioning Measured vs Combinational Error Tech Note |
Signal Conditioner Surge Withstand Capability Tech Note |
Signal-to-Noise Ratio, SNR Tech Note |
When Good Grounds Go Bad Tech Note |
Sample Test Report Tech Note |
Why Should Sensors Be Isolated Tech Note |
- Analog Input Module
- 1500 V Transformer Isolation
- Accuracy: ± 0.03%
- DIN Rail Mounting with DIN Backpanel
- Module
- ANSI/IEEE C37.90.1 Transient Protection
- Input Protected to 120 V AC Continuous
Family | Dataforth 7B |
Input Type | 0 - 5 V DC, 0 - 10 V DC, 0 - 20 V DC, 0 - 50 V DC, ±5 V DC, ±10 V DC, ±20 V DC, ±50 V DC |
# of Inputs | 1 |
Output Type | 0 - 5 V DC, 1 - 5 V DC, 0 - 10 V DC |
Bandwidth | 3 Hz |
Isolation | Yes |
- Analog Input Module
- 1500 V Transformer Isolation
- Accuracy: ± 0.03%
- DIN Rail Mounting with DIN Backpanel
- Module
- ANSI/IEEE C37.90.1 Transient Protection
- Input Protected to 120 V AC Continuous
Family | Dataforth 7B |
Input Type | ±10 V DC |
# of Inputs | 1 |
Output Type | ±10 V DC |
Bandwidth | 300 Hz |
Isolation | Yes |
- Voltage Output Module
- 1500 Vrms Transformer Isolation
- Accuracy: ± 0.03%
- ANSI/IEEE C37.90.1 Transient Protection
- Output Protected to 120 Vrms Continuous
- Easy DIN Rail Mounting
- CSA Certified, FM Approved
- CE and ATEX Compliant
Family | Dataforth 7B |
Input Type | ±10 V DC |
# of Inputs | 1 |
Output Type | ±10 V DC |
Bandwidth | 400 Hz |
Isolation | Yes |
- Voltage Input Module
- 1500 V Transformer Isolation
- Accuracy: ± 0.03%
- DIN Rail Mounting with DIN Backpanel
- Module
- ANSI/IEEE C37.90.1 Transient Protection
- Input Protected to 120 V AC Continuous
Family | Dataforth 7B |
Input Type | 0 - 5 V DC, 1 - 5 V DC |
# of Inputs | 1 |
Output Type | 0 - 5 V DC, 1 - 5 V DC, 0 - 10 V DC |
Bandwidth | 100 Hz |
Isolation | Yes |
- Linearized 2- or 3-Wire RTD Input Module
- 1500 V Transformer Isolation
- Accuracy: ± 0.05% to ± 0.15%
- DIN Rail Mounting with DIN Backpanel
- Module
- ANSI/IEEE C37.90.1 Transient Protection
- Input Protected to 120 V AC Continuous
Family | Dataforth 7B |
Input Type | RTD |
# of Inputs | 1 |
Output Type | 0 - 5 V DC, 1 - 5 V DC, 0 - 10 V DC |
Bandwidth | 3 Hz |
Isolation | Yes |