GE / IP FANUC Series 90/30 In Stock
HE693ADC410
SKU 2172029 UPC 0819618876347
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Other Available Revisions for the HE693ADC410 HE693ADC410AHE693ADC410BHE693ADC410CHE693ADC410DHE693ADC410EHE693ADC410FHE693ADC410GHE693ADC410HHE693ADC410IHE693ADC410JHE693ADC410KHE693ADC410LHE693ADC410MHE693ADC410NHE693ADC410OHE693ADC410PHE693ADC410QHE693ADC410RHE693ADC410SHE693ADC410THE693ADC410UHE693ADC410VHE693ADC410WHE693ADC410XHE693ADC410YHE693ADC410Z
Common misspellings:
- HE693ADCA10
- HE693ADC4l0
- HE693ADC41o
- HE693ADC410
The Horner APG +/-10V Isolated Analog Input Modules provide four analog input channels with 14-bits of resolution. The isolation levels for this unit are channel-to-channel and channel-to-ground. This module converts voltage input signals to digital values (-32,000 to +32,000), which are placed directly into the %AI table of the PLC CPU. Each of the four channels of the module has a programmable setpoint (the level of which is set in the PLC program via four %AQ output registers). When the analog input value reaches or exceeds the setpoint, a corresponding digital input %I is energized. The first four %Is represent the four input channel setpoint alarms respectively.
Technical Specifications
| Steady-State Power Consumption | ADC405: .4W / 80mA @ 5V, 2.16W / 90mA @ 24V ADC410: .7W / 140mA @ 5V, 1.2W / 50mA @ 24V |
| Surge Current at Power-Up | ADC405: 120mA @ 5V 150mA @ 24V ADC410: 200mA @ 5V 100mA @ 24V |
| Number of Channels | 4 |
| I/O Required | 4 %AI, 4 %AQ, 16 %I |
| A/D Type, Resolution | Integrating, 18 bits |
| Useable Resolution | 13 bits plus sign |
| Module Update Rate | 45 channels/S |
| Digital Filtering | 1-128 samples / update |
| Analog Filtering | 1KHz, 3 pole Bessel |
| Maximum Error | .05% full scale |
| Input Impedance | 1 Megohm |
| Maximum Over-Voltage | +/- 15VDC |
| Channel to Channel (ADC410) | 1500VAC (RMS), +/- 2000VDC |
| Common Mode Range (ADC410) | 1500VAC (RMS), +/- 2000VDC |
| Channel to Channel (ADC405) | 500VAC (RMS), +/-700VDC |
| Common Mode Range (ADC405) | 500VAC (RMS), +/-700VDC |
| Common Mode Rejection | >100dB |
| Relative Humidity | 5% to 95%, non-condensing |
| Operating Temperature | 0 to 60°C (32 to 140°F) |
Technical Information
| Steady-State Power Consumption | ADC405: .4W / 80mA @ 5V, 2.16W / 90mA @ 24V ADC410: .7W / 140mA @ 5V, 1.2W / 50mA @ 24V |
| Surge Current at Power-Up | ADC405: 120mA @ 5V 150mA @ 24V ADC410: 200mA @ 5V 100mA @ 24V |
| Number of Channels | 4 |
| I/O Required | 4 %AI, 4 %AQ, 16 %I |
| Input Range | +/- 10V |
| A/D Type, Resolution | Integrating, 18 bits |
| Useable Resolution | 13 bits plus sign |
| Module Update Rate | 45 channels/S |
| Digital Filtering | 1-128 samples / update |
| Analog Filtering | 1KHz, 3 pole Bessel |
| Maximum Error | .05% full scale |
| Input Impedance | 1 Megohm |
| Maximum Over-Voltage | +/- 15VDC |
| Channel to Channel (ADC410) | 1500VAC (RMS), +/- 2000VDC |
| Common Mode Range (ADC410) | 1500VAC (RMS), +/- 2000VDC |
| Channel to Channel (ADC405) | 500VAC (RMS), +/-700VDC |
| Common Mode Range (ADC405) | 500VAC (RMS), +/-700VDC |
| Common Mode Rejection | >100dB |
| Relative Humidity | 5% to 95%, non-condensing |
| Operating Temperature | 0 to 60°C (32 to 140°F) |
- Question: What is a HE693ADC410? Answer: The HE693ADC410 provides four input channels with 14 bits of resolution.
- Question: What is the main power supply for the HE693ADC410? Answer: The main power source for this unit comes from ADC405: .4W / 80mA @ 5V, 2.16W / 90mA @ 24V or ADC410: .7W / 140mA @ 5V, 1.2W / 50mA @ 24V which is supplied by the PLC power supply.
- Question: How can I minimize capacitive loading and noise? Answer: Shielded, twisted-pair extension wiring offers the best noise immunity.
- Question: Where should the shields be connected to? Answer: Wiring needs to be routed in its own conduit. If shielded wiring is used, a good earth ground must be used at one end only.
- Question: Can I change the number of channels or the voltage on this device? Answer: Yes, you can. This is a 4 channel unit.
- Question: What is a good way to test the HE693ADC410? Answer: The best method to test this unit is to use a +/-10Vdc power source to probe each channel for consistency and stability.
- Question: How to tell if your HE693ADC410 is faulty. Answer: Reference the response to each channel. Check for consistency and stability in the I/O tables.
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