Description
IC600BF903 GE Fanuc Output module
Product Dimensions:
Product Details and Parameters
GE Fanuc output modules come in various types, but they are generally categorized by the kind of signal they handle.
1. Digital (Discrete) Output Modules: These modules switch on or off a voltage (AC or DC) to control discrete devices.
- Types:
- Solid-State (Semiconductor Switched): Uses transistors or other semiconductor devices. These are fast and have no moving parts, making them suitable for frequent switching.
- Relay: Uses electromechanical relays. They provide electrical isolation between the PLC’s internal circuits and the external load. They can handle a wider range of voltages (both AC and DC) and higher currents.
- Common Part Numbers (Examples):
- Series 90-30: IC693MDL730 (DC), IC693MDL740 (DC), IC693MDL930 (Relay), IC693MDL940 (Relay), IC693MDL940M (Relay).
- VersaMax: IC200MDLxxx.
- Typical Parameters:
- Voltage Range: 12-24 VDC, 120 VAC, 240 VAC.
- Number of Points: Common configurations include 5, 8, 12, 16, or 32 output points.
- Current Rating: Typically 0.5A, 1A, or 2A per point. Relay modules can have higher ratings, such as 4A.
- Response Time: Fast for solid-state (milliseconds), slightly slower for relays.
- Isolation: Group-isolated or isolated per point.
2. Analog Output Modules: These modules convert a digital value from the PLC into a continuous analog signal (voltage or current) to control devices that require a variable input.
- Types:
- Current Output: 4-20 mA or 0-20 mA. The 4-20 mA signal is more common as the 4 mA “live zero” helps in diagnostics.
- Voltage Output: 0-10V, 1-5V, or 0-5V.
- Common Part Numbers (Examples):
- Series 90-30: IC693ALG391.
- Typical Parameters:
- Resolution: 12-bit is common, but higher resolution modules (e.g., 16-bit) are also available for finer control.
- Number of Channels: 2, 4, 8, or more channels per module.
- External Supply Voltage: A separate DC power supply is often required for the module’s field-side power.
- Load Resistance: Specified for current output modules.
Product Advantages
- Robustness and Reliability: Built for industrial environments, GE Fanuc output modules are known for their durability and long-term reliability.
- Modularity: The modular design of the PLC platforms (Series 90-30, VersaMax) allows users to easily add or replace modules to match the specific I/O requirements of an application.
- Variety of Options: A wide range of modules with different point counts, voltage ratings, and output types (relay, solid-state, analog) provides flexibility to handle diverse applications.
- Built-in Diagnostics: Many modules feature LED indicators that show the status of each output point (ON/OFF), which greatly simplifies troubleshooting. Some advanced modules also offer electronic short-circuit protection (ESCP).
- High-Density Solutions: High-point-count modules (e.g., 32-point digital outputs) save valuable space in the control cabinet and reduce hardware costs.
- Legacy Support: Despite being an older platform, the Series 90-30 and its modules are still widely used and supported, making them a reliable choice for existing systems and a vast marketplace for spare parts.
Precautions
- Proper Sizing: Always select a module with a current rating and voltage range appropriate for the connected load. Do not exceed the maximum current per point or the total current for the module.
- Separate Power Supply: Digital output modules typically require a separate power supply for the field devices. Ensure this power source is properly sized and wired.
- Induced Loads: When switching inductive loads like solenoids or motor starters, consider using suppression devices (e.g., diodes or RC snubbers) to protect the module’s internal circuitry from back EMF and to extend its lifespan.
- Wiring and Safety: Adhere strictly to the wiring diagrams and safety warnings in the product manual. Always disconnect power to the PLC system and the field-side power supply before wiring or replacing a module. Improper wiring can damage the module, the load, or pose a safety risk.
- Compatibility: Ensure the module is compatible with the specific PLC series and CPU you are using. For example, a Series 90-30 module will not work in a VersaMax system.
Product Applications
GE Fanuc output modules are used in a huge variety of industrial automation and control applications. They are the workhorse components that allow a PLC to control machinery and processes.
- Motor Control: Activating motor contactors and starters for pumps, fans, and conveyor systems.
- Actuator Control: Operating solenoids for pneumatic and hydraulic cylinders, or controlling valves to regulate fluid flow.
- Process Control: Controlling analog values like flow rates, pressure, or temperature in a chemical process using analog output modules connected to variable speed drives or control valves.
- Machine Automation: Turning on/off indicator lights, buzzers, and other alarms to provide operator feedback.
- Robotics and Material Handling: Controlling robotic grippers, clamps, and other end-effectors, as well as the movement of materials on a conveyor.

Shipping Port: Xiamen, China
Payment: Bank of Chicago, Bank of Singapore
Express cooperation: fedex, DHL, UPS and your express account
Service: Professional Sales provides 24 hours /7 days online service
Please make an inquiry for more models:
| GE | 0207A1002-TPGA1 | GE | 118D1516G0003 |
| GE | 0207A1008TPGB1 | GE | 120-FW-2RS-C |
| GE | 0207A1102 TPAA1 | GE | 120TXA-2LS |
| GE | 0207A1200TSUA1 | GE | 123 DS200TCEAG1B MKV BOARD |
| GE | 0207AI002TPGA | GE | 124 DS200TCEAG1B MKV BOARD |
| GE | 03-1250-02 | GE | 1240V1520D |
| GE | 04019J46G0001 | GE | 125D3225G2 |
| GE | 04019J47G0001 | GE | 125D3607G1 |
| GE | 04100AC6J110A | GE | 125D3618G1 |
| GE | 0471L0303G001 | GE | 12ACR11A5A |
| GE | 0471L0304G001 | GE | 12AZ-0001-C5 |
| GE | 0471L0350G001 | GE | 12BDD15B11A |
| GE | 0517L0325AB | GE | 12BDD-15B16A |
| GE | 0621L0101G001 | GE | 12BDD16B16A |
| GE | 0621L0437-G001 | GE | 12BDD18B1A |
| GE | 0621L0442-G001 | GE | 12CEB51A3A |
| GE | 0621L0451-G001 | GE | 12CEB51B2A |
| GE | 0621L0461-G001 | GE | 12CEB52A1D |
| GE | 06B-0502-B002 #7008 | GE | 12CEH51A6A |
| GE | 07556D26G0002 | GE | 12CFD12B2A |
| GE | 0872D490G0003 | GE | 12CFV16A3A |
| GE | 1006743-903 | GE | 12CFVB11B1A |
| GE | 101C473BA-1 | GE | 12CHC11A21A |
| GE | 1023-P152A-SG608X | GE | 12CHC12A28A |
| GE | 104X109AD | GE | 12CHC21A2A |
| GE | 104X109AD102 2AG FUSE | GE | 12GCX51A11A |
| GE | 104X109AD103 2AG FUSE 1.0A | GE | 12GCX51B13A |
| GE | 104X109AD104 2AG FUSE | GE | 12HEA61A224X2 |
| GE | 104X125DC | GE | 12HFA151A9H |
| GE | 104X125DC015 DIODE MODULE | GE | 12HFA154E22F |
| GE | 104X905BA603 FACE PLATE | GE | 12IAC53B104A |
| GE | 105C9393-P2 | GE | 12IAC66K58A |
| GE | 1151GE7K72B2 | GE | 12IAC77B811A |
| GE | 115D2219G2 | GE | 12IAV53L1A |
| GE | 115D2220G2 | GE | 12IAV70B1A |
| GE | 115D2227G4 | GE | 12ICW51A2A |
| GE | 115D2230G1 | GE | 12ICW53A1A |
| GE | 115D2234G2 | GE | 12IJD52A11A |
| GE | 115D2259G3 | GE | 12IJD53C14A |
| GE | 115D2953G6 | GE | 12IJF51A2A |
| GE | 117C1059G001 | GE | 12-inch44A719977-107 |
| GE | 117D6635G2 | GE | 12NAA27AC1A |
| GE | 117D6690P3 | GE | 12NLR11E2A |
| GE | 117D6694G2 | GE | 12NLR21B2A |
| GE | 117D7374G3 | GE | 12NLR21E2A |
| GE | 117D7728G1 | GE | 12NLR21M1A |
| GE | 118D1313G1 | GE | 12PAA12A20 |
| GE | 118D1366G1 | GE | 12PJC31C67A |
| GE | 118D1377G3 | GE | 12PVD11C3A |
| GE | 118D1380G1 | GE | 12PVD21B1A |

