IC693PWR330 GE Fanuc 90-30 Power Supply

Product parameters

Input voltage range: AC 85-264 V (wide voltage input, compatible with global industrial power grids), frequency 47-63 Hz; Supports DC 120~ 370V (AC/DC universal input, suitable for DC power supply scenarios)

Output parameters:

Main output: DC 5V, rated output current 20A, maximum output current 25A (short-term peak, lasting for 30 seconds), output voltage accuracy ±2% (full load, high-precision power supply)

Auxiliary output: DC 24V, rated output current 2A (Supports more medium-power auxiliary loads)

Efficiency and power consumption: Typical conversion efficiency ≥90% (under full load conditions, highly efficient and energy-saving), no-load power consumption ≤ 7W, low standby energy consumption

Protection functions: Built-in overcurrent protection (OCP, automatic current limiting), overvoltage protection (OVP, adjustable threshold), short-circuit protection (SCP, self-recovery), over-temperature protection (OTP, temperature control shutdown), and input undervoltage protection (UVP). Multiple protection mechanisms ensure system safety

Electrical characteristics Output ripple ≤80 mVp-p (5 V output, low ripple characteristics), electrical isolation between input and output, isolation voltage ≥2500 V AC (high isolation level) Anti-electromagnetic interference (EMC) complies with EN 55011/EN 55022 Class A and IEC 61000-6-2/6-4 standards

Working environment: Operating temperature -10 ℃ to 70℃ (wide temperature range compatibility, no pressure during low-temperature start-up), storage temperature -40 ℃ to 85℃. Relative humidity 5% to 95% (no condensation), protection grade IP20 (installed in the control cabinet)

Mechanical features: Compatible with 35mm DIN rail mounting, module width is only 48mm (consistent with the standard PWR321/322, high power density design), uses anti-loosening screw-type terminal blocks (input/output zoned layout, clear marking), weight approximately 0.8kg

Status indication: Integrated power supply operation indicator light (PWR, green), FAULT indicator light (FAULT, red), overload warning indicator light (WARN, yellow), three-level status feedback, more accurate fault location

Certification standards: Comply with international safety and functional safety standards such as UL 1950, CSA 22.2 No.950, EN 60950, IEC 61508 SIL 2, etc

Function

High power density output: A 48mm narrow width achieves a 5V / 20A main output (power 100W), with a power density far exceeding that of the standard power supplies in the same series. It can meet the centralized power supply requirements of medium and large PLC systems (multiple cpus, multiple rack I/O, high-speed communication modules), eliminating the need for multiple power supplies to be connected in parallel and saving control cabinet space

AC/DC universal input: Compatible with AC 85~ 264V and DC 120~ 370V inputs, suitable for various power supply scenarios such as industrial power grids and DC busbars, reducing the adaptation cost for cross-scenario applications

High-precision and low-ripple power supply: Output voltage accuracy ±2%, ripple ≤80 mVp-p, providing clean power for components with high requirements for power stability such as PLC CPU, precision analog modules, and high-speed counting modules, avoiding control accuracy decline or equipment maloperation caused by voltage fluctuations

Enhanced protection mechanism: New input under-voltage protection and overload warning functions have been added. When overloaded, a yellow indicator light will give an early warning. In case of a fault, it will automatically limit the current or shut down to protect the PLC system and load from damage. Self-recovering short-circuit protection does not require manual reset, improving maintenance efficiency

Wide temperature range and strong anti-interference: With a wide operating temperature range of -10℃ to 70℃, it is suitable for extreme environments such as low-temperature workshops and high-temperature computer rooms. With a 2500V AC high isolation voltage and industrial-grade EMC design, it can resist strong electromagnetic interference (such as in metallurgical and chemical sites), ensuring the stability of the power supply link

High efficiency and energy conservation with auxiliary load expansion: A high conversion efficiency of ≥90% reduces long-term operating energy consumption, meeting industrial energy conservation requirements. The 24V / 2A auxiliary output can directly drive small and medium-sized solenoid valves, relay coils, and multiple sets of sensors, reducing the configuration of additional auxiliary power supplies and simplifying system wiring

Seamless compatibility and convenient maintenance: Specifically designed for Series 90-30 series PLCS, it is fully compatible with all CPU modules (CMM301 - CMM321), I/O modules, and communication modules of this series. It can be directly installed on the PLC rack for power supply. The status indicator lights provide hierarchical feedback on the working status. Faulty modules can be hot-swapped and replaced (requiring redundant configuration of system power supply), making maintenance convenient

Application scenarios

Medium and large-sized PLC multi-rack system Distributed automation production lines composed of Series 90-30 PLCS (such as automotive assembly lines, electronic equipment industrial park production lines) and multi-area process control systems (such as medium-sized chemical plants, large water treatment plants) provide centralized high-power power supply for multi-rack I/O modules, multiple communication modules, and redundant cpus

High-density load control equipment: PLC power supply for large injection molding machine clusters, CNC machine tool clusters, and printing and packaging production lines, suitable for the power supply requirements of high-density I/O modules and high-speed drive modules. At the same time, it drives medium-power solenoid valves and contactor coils on the equipment through a 24V auxiliary output

Extreme environment industrial control: sintering/ironmaking workshops in the metallurgical industry (high-temperature environments), control systems of mining machinery (low-temperature/dust environments), polar scientific research equipment (low-temperature scenarios). Wide-temperature design and strong anti-interference ability ensure stable power supply operation

High-reliability industrial systems: Small and medium-sized power stations (generator set control, distribution system linkage), urban rail transit signal systems, medical equipment production lines (aseptic process control), high-precision power supply and multiple protection mechanisms meet functional safety requirements, avoiding system interruption caused by power supply failures

Expansion and upgrade of the old system: After the original Series 90-30 PLC system (originally using PWR321/322) was expanded (adding I/O racks and high-speed communication modules), it was replaced with PWR330 to enhance the power supply capacity. There is no need to change the rack layout, and it is compatible with the original wiring

DC power supply scenarios: Industrial sites that use DC bus power supply (such as auxiliary control of photovoltaic power stations and DC distribution workshops) can be directly connected to the DC power grid through the DC 120~ 370V input mode to provide stable power supply for the PLC system without the need for additional rectifier equipment

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