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HE693ADC415

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SKU 2173306  UPC 0416706838692

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MSRP $3995

"Like New Condition"

Remanufactured

$995

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2 In Stock

2 Year warranty

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Other Available Revisions for the HE693ADC415 ABCDEFGHIJKLMNOPQRSTUVWXYZ

Horner APG Isolated Analog Current Input Modules has 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 the current input signals to digital values which are placed directly into the %AI table of the PLC CPU. Each of the four channels of the module may be configured for an input range of 4-20mA or +/-20mA. 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 ADC415: .4W /80 mA @ 5V 2.16W /90 mA @ 24V, ADC 420: .7W /140 mA at 5V 1.2W /50 mA @ 24V
Surge Current at Power-Up ADC415: 120mA @ 5V 150mA @ 24V, ADC420: 200mA @ 5V 100mA @ 24V
Number of Channels 4
Input Range 4-20mA, +/-20mA
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
Input Impedance 100 ohms
Digital Filtering 1-128 samples / update
Analog Filtering 1KHz, 3 pole Bessel
Maximum Error .05% full scale
Input Impedance 1 Megohm
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 ADC415: .4W /80 mA @ 5V 2.16W /90 mA @ 24V, ADC 420: .7W /140 mA at 5V 1.2W /50 mA @ 24V
Surge Current at Power-Up ADC415: 120mA @ 5V 150mA @ 24V, ADC420: 200mA @ 5V 100mA @ 24V
Number of Channels 4
I/O Required 4 %AI, 4 %AQ, 16 %I
Input Range 4-20mA, +/-20mA
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 HE693ADC415? Answer: The HE693ADC415 provides four input channels with 14 bits of resolution.
  • Question: What is the main power supply for the HE693ADC415? Answer: The main power source for this unit comes from ADC415: 120mA @ 5V 150mA @ 24V or ADC420: 200mA @ 5V 100mA @ 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. Shielded and twisted pair extension wiring offers the best noise immunity. If shielded wiring is used, a good earth ground connection at one end is critical. If shields are grounded at the module end,  terminals 9, 10, 19, and 20 on the ADC415, or terminals 1, 2, 11, and 12 on the ADC420 need to be used as the shielded connection points. 
  • 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 HE693ADC415? Answer: The best method to test this unit is to use a milliamp generator to probe each channel for consistency and stability. 
  • Question: How to tell if your HE693ADC415 is faulty. Answer: Reference the response to each channel. Check for consistency and stability in the I/O tables. 
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