6410-005
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The Pacific Scientific 6410-005 actuator belongs to the 6410 Stepper Drives series and is made of anodized aluminum with a double-acting cylinder type. It features a maximum operating pressure of 1.0 MPa, a stroke length of 50 mm, and operates within a temperature range of -10°C to +60°C. Weighing only 0.8 kg, it is ISO 6431 compliant.
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Product Description:
The 6410-005 Stepper drive is produced by Pacific Scientific for industrial automation tasks. It is intended to offer effective and dependable control of the motor in numerous operations. The drive is capable of up to 51,200 microsteps per revolution. This drive features advanced drive technology. It includes a 4-phase PWM chopper drive for low ripple current and superior regulation. The 6410-005 Stepper drive includes digital electronic damping used to reduce the instability that occurs in mid-speeds. It has an input voltage range of 24 VDC to 75 VDC. The step size is easily set with a 3-position DIP switch, with a variety of settings available. The adjustable output current of the drive is 0.625 A to 5 A RMS. The peak current output is 7.1 A in microstepping mode. It can operate efficiently in 0°C to 50 °C, with the maximum chassis temperature of 60°C. The 6410-005 Stepper drive includes an idle current reduction function. It drops the current by 50 % after 0.1 seconds of no activity to enhance energy savings. Environmental performance-wise, the stepper drive is designed to be stored in a broad temperature range of -55 °C to +70 °C. The drive may be used in surroundings with a humidity level of 10% to 90% non-condensing.
To cool the 6410-005 Stepper drive, it is capable of full current (5 A) at 25 °C ambient temperature with a heat sink. With no heat sink, the current rating is restricted to 2.5 A at 25 °C and 1.25 A at 45 °C. The stepper drive is miniaturized, having a weight of 1 lb and the dimensions of 1.5” x 5” x 4.3”. It has various agency approvals, such as UL and CSA certification. Heat dissipation must be properly handled to promote performance.
Frequently Asked Questions about 6410-005:
Q: Why is a 4-phase PWM chopper used in the 6410-005 Stepper drive?
A: The 4-phase PWM chopper in the 6410-005 Stepper drive reduces current ripple, leading to quieter operation. It also enhances torque consistency and overall drive performance.
Q: What is the advantage of microstepping up to 51,200 steps/rev in 6410-005 Stepper drive?
A: Microstepping at 51,200 steps/rev in the 6410-005 Stepper drive allows for precise positioning. It reduces vibration and increases motion smoothness in sensitive applications.
Q: How does the idle current reduction feature in the 6410-005 Stepper drive benefit energy efficiency?
A: The 6410-005 Stepper drive lowers current draw during idle times, conserving power. This results in less heat generation and prolonged component life.
Q: How does the 3-position DIP switch enhance flexibility in the 6410-005 Stepper drive?
A: The DIP switch in the 6410-005 Stepper drive allows quick step resolution adjustments. This makes it easier to configure for different operational requirements.
Q: How does the digital electronic damping in the 6410-005 Stepper drive improve motor stability?
A: The digital damping in the 6410-005 Stepper drive minimizes resonance and oscillations, especially at mid-range speeds. This results in smoother motion and improved precision.
