2VM62-024-4 Pacific Scientific
Wake Industrial LLC is not an authorized distributor of this product.
- Straightforward Pricing: No Rush Fees, No Credit Card Fees
Current response time:
6 Minutes
13 Seconds
The Pacific Scientific 2VM62-024-4 is part of the Low Inertia PMDC Servomotors series and features an Alnico V-7 magnet with no forced-air cooling. This servomotor uses a dual-channel optical encoder with a square wave output and a supply voltage of 5 VDC. It also includes a standard analog tachometer with a voltage constant of 2.5 volts per kRPM and a resistance of 50 Ohms.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The Pacific Scientific 2VM62-024-4 is a permanent-magnet DC servomotor in the Low Inertia PMDC Servomotors series. Designed for positioning axes that must accelerate quickly with limited reflected inertia, the unit converts direct-current power into controlled torque for pick-and-place stations, light gantries, and other industrial automation tasks that demand rapid reversal. Pacific Scientific integrates the rotor, magnet set, encoder, and tachometer in a single frame so the motor can be coupled directly to servo controllers without external transducers.
The motor uses no forced-air cooling, so heat is removed by conduction through its mounting surface. Feedback is supplied by a dual-channel optical encoder; the light source draws 150 mA, and its flutter remains below 1.0% p-p, supporting velocity stability. Quadrature tracks deliver incremental position data, and the assembly omits a zero index, simplifying wiring when an absolute marker is unnecessary. Encoder illumination is produced by an LED, and its square signals are conditioned internally before reaching the drive. The encoder operates without a reference channel to minimize component count while still providing two-phase resolution.
The incremental outputs arrive at the controller as square-wave pulses referenced to a regulated 5 VDC ±5% supply. Magnetic flux is supplied by an Alnico V-7 ring that resists demagnetization during repeated reversals. For velocity feedback, the standard analog tachometer maintains ±0.5% linearity, produces 1.5% p-p ripple at most, and has 50 ohms of armature resistance. Its rotor inertia is only 0.00005 oz-in-s², matching the motor's low-inertia profile. The tach generator delivers 2.5 V/kRPM, letting the servo amplifier derive gain proportional to shaft speed. With both encoder and tachometer housed inside the same frame, digital or analog control loops can be used without additional external hardware.
Frequently Asked Questions about 2VM62-024-4:
Q: What type of magnet material does the 2VM62-024-4 servomotor use?
A: The 2VM62-024-4 servomotor uses Alnico V-7 magnets.
Q: What is the encoder type and channel configuration on the 2VM62-024-4?
A: This model features an optical encoder with dual channels.
Q: What voltage supply does the 2VM62-024-4 encoder require?
A: The encoder for this servomotor operates on a 5 VDC ±5% power supply.
Q: How is the 2VM62-024-4 servomotor cooled?
A: The 2VM62-024-4 servomotor is cooled without forced-air.
Q: What is the tachometer voltage constant for the 2VM62-024-4 servomotor?
A: The tachometer on this model provides a voltage constant of 2.5 V/kRPM.
