SC726A-001-PM72009
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The SC726A-001-PM72009 is a panel-mounted sensor assembly designed for precise operations with an IP67 rating. Manufactured by Pacific Scientific as part of the SC720 Command Controllers, it operates at 24 VDC and features a PNP, Normally Open signal output. It offers a 7mm actuation distance and stainless steel housing.
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Product Description:
Pacific Scientific manufactures the SC726A-001-PM72009 servo controller for industrial automation applications that require precision control. It provides controlled performance under a variety of operating settings and incorporates standard communication and interface capabilities for automation systems.
The SC726A-001-PM72009 servo controller can operate at full ratings from 0°C to 50°C and at derated levels from 50°C to 60°C. The continuous output power is 18 kW, and the peak power over five seconds is 36 kW. The continuous output current at 50°C is 60 A, whereas the peak current is 120 A. At 240 Vac and 12 kW, the servo controller draws 38 A RMS bus current. Control logic requires 500 mA at 120 Vac or 250 mA at 240 Vac. The controller contains a shunt regulator with a peak power of 40 kW and a constant power rating of 500 W. The operating altitude is up to 5000 feet or 1500 meters. The humidity tolerance ranges from 10% to 90% non-condensing. The storage temperature ranges from -55°C to 70°C. The controller interacts at 9600 baud via a digital personality module, with all interface points connected by plug-in mating connectors. A three-bit open-collector fault code method is utilized by the controller in order to offer fault status communication.
The SC726A-001-PM72009 servo controller has the fault output and plug-in interfaces, enabling easy fault identification and system integration. The servo controller is designed to manage high-output motor activities using a 240-Vac, 3-phase power input. The SC726A servo controller is compatible with systems that require consistent thermal range and communication via standard interfaces. The controller's built-in fault code signaling enables digital diagnostics. The servo controller is designed to suit operational requirements in industrial automation.
Frequently Asked Questions about SC726A-001-PM72009:
Q: How does the continuous 18 kW output benefit the SC726A-001-PM72009?
A: The continuous 18 kW output allows stable performance for extended periods without overheating. It ensures efficient power delivery for demanding industrial processes and supports reliable motor control over time.
Q: Does the SC726A-001-PM72009 support 240 Vac, 3-phase input?
A: Yes, the SC726A-001-PM72009 operates with 240 Vac, 3-phase input. This ensures compatibility with industrial power systems and provides a stable source of energy for the servo controller’s operation.
Q: How does the 120 A peak current enhance the SC726A-001-PM72009 performance?
A: The 120 A peak current ensures that the SC726A-001-PM72009 can handle short bursts of high load demand. This feature is critical for applications requiring quick, high-power responses during peak operation periods.
Q: Why is the SC726A-001-PM72009 rated for 0°C to 50°C operating temperature?
A: The 0°C to 50°C operating temperature range ensures the SC726A-001-PM72009 performs reliably in typical environmental conditions. This temperature range allows the servo controller to maintain performance without overheating or failure in regular settings.
Q: Do the input current specifications differ at 120 Vac and 240 Vac for SC726A-001-PM72009?
A: Yes, at 120 Vac, the input current is 500 mA, and at 240 Vac, it is 250 mA. These varying current values ensure the product optimizes energy consumption based on the input voltage.
