X1102
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The X1102 motor, manufactured by Danaher, is a part of the Slo-Syn Synchronous Motors series and offers 1,100 oz-in of torque. It features a 240 V AC voltage rating, operates at 72 RPM at 60 Hz, and includes a resistor-capacitor wiring configuration. The motor's CE version has dimensions of 7.60 inches.
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Product Description:
The X1102 Synchronous Stepping Motor of Danaher is designed for efficient motion control operations. It is part of the Slo-Syn Synchronous Motors series. This unit offers dependable performance in industrial control applications.
The X1102 synchronous stepping motor is designed to run on a 240-volt power supply. The amount of electrical current it draws is 1.5 ampere which is useful for sizing power supplies and protection devices. It is compatible with both major global power frequencies of 40 and 6o hertz which makes the motor versatile across regions. This module is of single phase which simplifies wiring for locations that don't have three-phase power, typical for smaller setups or residential areas. Because of its synchronous nature where the speed is synchronized with the power frequency it has a low RPM of 60 / 72. It is ideal for driving heavy loads at low speed because of its high torque output of 1100 oz-in. This motor is well-matched for moderate to high inertial loads as the load provides resistance of 26 kg-cm² during acceleration and deceleration. It comes with a black gearbox with visible helical pinion gear which increases torque even more and controls output precisely.
The X1102 motor housing is cylindrical and constructed from heavy duty blue metal which makes it durable and can be used for long term in rugged environments. It has a flange mount procedure with 4 bolt holes which allows secure installation onto machines or panels. This module has 400 ohms of starting resistor which is used to limit inrush current or help it start smoothly. It comes with a resistor of 160 watts power rating which can handle significant heat dissipation that is important in starting/stopping cycles.
Frequently Asked Questions about X1102:
Q: Why does the X1102 motor use a helical pinion gear instead of a straight gear?
A: The helical gear ensures smoother torque transmission with reduced noise and vibration. This enhances mechanical efficiency and durability in precision control systems.
Q: How does the 400-ohm starting resistor benefit the X1102 motor's startup process?
A: It limits the inrush current during startup, protecting internal windings. This also ensures smoother initial torque and prolongs motor life.
Q: Why is the capacitor rating different for 50Hz and 60Hz in the X1102 motor?
A: The capacitance value is adjusted to match the reactive power needed for each frequency. This ensures stable phase shift and proper synchronization.
Q: What is the role of the 160-watt resistor in the X1102 motor setup?
A: It helps manage the thermal load generated during motor start/stop cycles. This prevents overheating and maintains performance consistency.
Q: How does the Class I / Group D rating impact X1102’s usage in hazardous environments?
A: This rating certifies the motor for explosive gas environments like propane or gasoline vapors. It ensures safe operation in oil, gas, or chemical industries.
