PRODUCT INFORMATION
Product Overview
The General Electric IC670ALG310 is an isolated Analog Output Module within the Field Control product line. This unit provides eight independent analog output channels operating across a voltage span from -10 to 10 Volts. Signal conversion delivers a resolution of 14 bits to maintain precision. An over and under range margin of 50 mV assists output boundary management. The module draws 170 mA of electrical current directly from the system bus.
External operation requires a direct current power supply delivering between 18 and 30 VDC. Data input formats accommodate zero to eight words alongside varying byte configurations. Connected loads must maintain a minimum resistance of at least 5 kΩ. Each channel manages an output load capacitance up to 1 µF. A single LED status indicator communicates normal operation, fault presence, or power loss. The hardware supports field recalibration and functions in ambient temperatures between 0 °C and 55 °C.
TECHNICAL DATA
Technical Specifications
| Parameter | Specification |
|---|
| Weight | 1.50 lbs (0.68 kg) |
|---|
| UPC | 799705793309 |
|---|
| Voltage | -10 to 10 Volts |
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| Over/Under Range | 50 mV |
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| Current Drawn From Bus | 170 mA |
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| Resolution | 14 bits |
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| Input Data | 0-8 words, 0-3 bytes, 0-2 bytes |
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| Number of Channels | 8 output channels |
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| Magnitude Data Size | 14 bits |
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| Minimum Load Resistance | ≥5 kΩ |
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| Power Supply Range | 18–30 VDC |
|---|
| Output Load Capacitance | 1 µF |
|---|
| Calibration | Field recalibration supported |
|---|
| Operating Temperature | 0 °C to 55 °C |
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| LED Status Indicator | Single LED shows normal, fault, or no power state |
|---|
TECHNICAL INFORMATION
Features
- Eight isolated analog output channels operating between -10 and 10 Volts.
- Output conversion resolution rated at 14 bits.
- Over and under range capability of 50 mV.
- Operating current draw of 170 mA from the bus.
- External power supply requirement spanning 18 to 30 VDC.
- Accommodates zero to eight words of input data with variable byte assignments.
- Minimum load resistance rating of 5 kΩ per channel.
- Maximum output load capacitance support of 1 µF.
- Integrated single LED status indicator for module power and fault diagnostics.
- Field recalibration support for ongoing measurement accuracy.
TECHNICAL INFORMATION
Installation Guidelines
- Operate the hardware within ambient temperature limits of 0 °C to 55 °C.
- Supply external direct current power strictly within 18 to 30 VDC.
- Verify that connected loads provide at least 5 kΩ of resistance.
- Ensure channel output load capacitance does not exceed 1 µF.
TECHNICAL INFORMATION
Configuration Guidelines
- Configure module input data between zero and eight words based on system requirements.
- Select appropriate byte assignments during device data mapping.
- Utilize field recalibration procedures to maintain precise analog output performance.
PART VERIFICATION
Before You Order
Industrial automation parts can share similar model names, suffixes and revisions. Confirm the complete manufacturer Part Number before purchase.
01Check Part NumberMatch the complete ordering code on the existing unit.
02Confirm RevisionCheck suffix, hardware or firmware when applicable.
03Send a Label PhotoWe can review a clear label photo when identification is uncertain.
ORDERING PROCESS
From RFQ to Dispatch
1Submit Part Number2Verify Product Identity3Confirm Stock & Condition4Issue Quotation5Dispatch & Tracking
PRODUCT FAQ
Frequently Asked Questions
What is the output voltage range of the IC670ALG310?
The IC670ALG310 provides eight output channels operating between -10 and 10 Volts with 14-bit resolution.
What power supply does the IC670ALG310 require?
The module operates from an external power supply range of 18 to 30 VDC.
What load constraints apply to the IC670ALG310 analog outputs?
Connected loads require a minimum resistance of 5 kΩ and support up to 1 µF capacitance.
How does the IC670ALG310 indicate its operational status?
A single front LED indicates whether the unit is normal, in fault, or without power.
