800-1714
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The 800-1714 drive by Copley Controls is a robust digital amplifier with built-in network and communication functions. As part of the XENUS Series, it features a standard resolver and safe torque off (STO) function. The drive can support both DC and AC inputs.
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Product Description:
The 800-1714 is one of Copley Control’s most efficient drive amplifiers from the Xenus Plus product line. Made in the USA, this compact digital amplifier can control brush or brushless motors in either single or three-phase systems. During continuous operation modes, Xenus drives like the 800-1714 can achieve a power output of up to 4 kW. Unlike other drive series manufactured by Copley Controls, the Xenus Plus series supports three network interface protocols: CANopen, CANopen over EtherCAT, and MACRO. In total, Xenus Plus drives are categorized into six basic models that support at least one of the mentioned network interface protocols.
During rated operation, the 800-1714 can achieve a continuous AC output RMS current of 10.1 amperes. To achieve this continuous current rating, the AC input voltage must be between 100 and 240 V. Like other Xenus drives, the 800-1714 supports a system frequency of 50 or 60 hertz. Aside from being able to support AC systems, the 800-1714 also integrates functionalities for supporting DC systems. Particularly, this digital drive can handle a maximum DC line voltage of up to 373 volts. At this DC input voltage, the drive can transmit a continuous RMS current of 6 amperes. At most, the drive can safely supply a peak RMS current of 18 A at DC operation.
Similar to other Copley drives, the 800-1714 can issue safe torque off (STO) or motor torque off (MTO) functions. Using the STO function, the motor can safely be stopped by disabling the pulse width modulation signals that drive the motor. On the other hand, the MTO function is ideal for controlled stopping, allowing the drive to remain operational but not the motor.
Frequently Asked Questions about 800-1714:
Q: What type of resolvers are compatible with the 800-1714?
A: Some of the compatible resolvers for the 800-1714 are the XEL-230-18-R, XML-230-18-R, and the XPL-230-18-R.
Q: How much voltage is required to power the 800-1714’s converter?
A: The 800-1714’s built-in DC/DC converter requires a nominal DC voltage of 24 V.
Q: How much voltage is required to power the logic signals of the 800-1714?
A: To drive the logic signals of the 800-1714, 5VDC must be used. Assuming the DC/DC converter works as expected, the 5VDC input is already provided for the logic signals automatically.
Q: Why does the 800-1714 need to be connected to a high voltage mains power?
A: Even though the internal circuitry of the 800-1714 runs at relatively low DC voltages, the high mains power is used to drive the DC link for powering the PWM inverter.
Q: What is the purpose of the PWM inverter in the 800-1714?
A: The PWM inverter in the 800-1714 converts the voltage from the mains supply into a form sufficient for driving the connected motor.
