IC697PWR710 Power Supply Module

Overview

Place of Origin:	USA
Brand Name:	GE
Model Number:	IC697PWR710
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Specifications

Description

IC697PWR710 is a redundant communications module developed by GE Fanuc. This Power Supply Module is designed to provide reliable power for programmable controllers. It is a rack-mounted unit that connects directly to a 48-pin backplane-mounted connector in the leftmost slot of the rack, ensuring stable power distribution across the system. The power supply is capable of delivering both +5 volts and logic-level sequencing signals to the backplane, essential for seamless operation of various modules within the programmable controller system.

Applications

Thermal and hydroelectric power plants: Provide stable backplane power for turbine control systems and auxiliary machine interlocking logic.

Steel and metallurgical plants: Support the control core of heavy-duty automated equipment such as large rolling mills and blast furnace feeding systems.

Petroleum and chemical processing plants: Used for process control cabinets operating on a long cycle (7x24h), driving multi-channel I/O acquisition.

Paper and pulp mills: Power multi-axis synchronous drive control racks, ensuring uninterrupted production line operation.

Features

1 This power supply operates from 120/240 VAC or 125 VDC, accommodating diverse power sources and allowing for flexibility in different industrial settings.

2 Provides a 5-volt DC output with a current capacity of up to 11 amps, making it suitable for powering multiple modules within a single or dual-rack configuration.

3 The module's slide-in rack mount design makes installation straightforward. It allows the unit to be easily inserted into the rack, reducing downtime and simplifying upgrades or replacements.

4 Equipped with electronic short-circuit overcurrent protection on the 5-volt bus, this power supply prevents damage to the controller and connected modules during fault conditions. Additionally, overvoltage protection safeguards the system in the event of unexpected voltage spikes.

5 The power supply can handle two racks with a single unit, as long as the combined load remains within its output rating. Power can be extended to the second rack using a prewired interconnection cable (available separately). This feature reduces the need for additional power supplies, optimizing space and cost.

6 For AC inputs, the module includes power factor correction (PFC), which improves energy efficiency by reducing the reactive power component of the current. PFC minimizes energy waste and ensures consistent performance.

7 This power supply module can ride through a one-cycle total loss of input power at full load, ensuring uninterrupted operation during brief power disruptions and enhancing system reliability.

Overvoltage Protection

1 The power supply includes an electronic overvoltage protection circuit to prevent damage due to unexpected voltage spikes. This feature provides added safety by automatically clamping the output if the 5-volt bus voltage exceeds 6.2 volts, protecting connected equipment.

2 External Overvoltage Handling: External overvoltage on the output will not cause the power supply's fuse to open. This is beneficial because it prevents downtime due to fuse replacement when an external spike occurs.

3 Internal Overvoltage Faults: In cases where an internal fault within the power supply leads to an overvoltage condition, the fuse may open. In such events, the user should replace the fuse with a 1 amp, 250 volt, 5x20 mm fuse to restore functionality.

Overcurrent Protection

1 Overcurrent Limit: The module is designed with a typical overcurrent limit of 12 amperes. If the current exceeds this threshold, the output voltage will drop, signaling a potential issue and protecting the system from overload conditions.

2 Response to Overload: During an overload (or short circuit) condition, the module's output voltage will remain reduced until the load is either removed or adjusted to an acceptable level. This behavior protects the power supply and connected components from continuous stress or damage due to excessive current draw.

3 Fuse Integrity During Overload: An overload condition, including a short circuit, will not cause the fuse to blow, allowing the system to maintain functionality once the overload is resolved.

Frequently Asked Questions

Q: What is IC697PWR710?
A: It is a Power Supply Module developed by GE under the VersaMax series.

Q: Can the IC697PWR710 power supply module operate with both 120/240 VAC and 125 VDC?
A: Yes, the power supply module is designed to operate with both 120/240 VAC and 125 VDC input voltages. It can accept a wide range of 90 to 264 VAC (47-63 Hz) or 100 to 150 VDC, allowing it to be used in various industrial environments and across different power configurations.

Q: What is the output capacity of this IC697PWR710 power supply module?
A: The power supply module provides a 5-volt DC output with a capacity of up to 11 amps. This is sufficient to power multiple modules within the system, ensuring a stable power supply for programmable controllers or other equipment requiring 5V DC.

Q: How is the IC697PWR710 power supply module mounted?
A: The module is designed with a slide-in rack mount construction, making installation quick and straightforward. It slides into a 48-pin backplane-mounted connector in the rack, simplifying the setup process and reducing downtime during installation or replacement.