PMAPA1S6B01

Name: PMAPA1S6B01
Brand: Sanyo Denki
Price: 451 USD
Availability: InStock
Rating: 4.5 (30 reviews)

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The PMAPA1S6B01 driver operates with a source voltage of DC24V and supports 1.5A per phase. Manufactured by Sanyo Denki, it is part of the PM Drivers series and supports both full and half step excitation systems. This driver delivers a pull-out torque of 7.4×10⁻⁴ kg·m².

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Description
Specs
FAQ

Product Description

The PMAPA1S6B01 Driver constitutes a motor driver that belongs to the PM drivers series. This Driver exists as a stepper motor product from Sanyo Denki Company for the requirements of Industrial automation. The driver functions through the power supply of a 24V DC source. A single phase on this driver operates at a current level of 1.5A. The device provides dependable operation to motors with 200W as their maximum power rating.

Operation of the PMAPA1S6B01 driver includes both full-step and half-step excitation capabilities. The driver enables starting pulse rates without a load in both step modes. You can find the pulse rate-torque characteristics through the supplied graphs. This driver can function effectively from 0 to +50°C temperature conditions. The device maintains its storage condition over the -20 to +70°C conservation temperature range. From the driver, we can obtain 7.4×10⁻⁴ kg•m² of pull-out torque. This PMAPA1S6B01 driver allows power input within the voltage ranges of AC 100V and AC 115V. This device runs using a 50/60 Hz frequency. The product has IP20 marked for safety protection standards. This rating protects from solid particles of sizes exceeding 12.5 millimeters. The driver includes RS-485 communication support. The system supports fast data sharing between industrial components present in an industrial setting. The device enables users to achieve stable torque outputs with precise control of motors.

The PMAPA1S6B01 driver offers multiple excitation settings that improve operational smoothness according to application requirements. The driver accepts diverse input frequencies together with multiple voltage levels which provides power supply options. This driver can operate stepper motors within the 200W power range. The pulse rate-torque characteristics enable engineers to achieve optimal performance outcomes in their applications. The RS-485 communication interface enables simple connection with automation systems. The IP20 classification protects the equipment from non-conducting solid objects.

PMAPA1S6B01 Technical Specifications

Source Voltage:	DC24V
Input Voltage:	AC 100/115 V
Frequency:	50/60 Hz
Protection class:	IP20
Communication Protocol:	RS-485
Operating Current:	1.5A/phase
Pull-out Torque:	7.4×10-4 kg·m² [40.46 oz·in²]
No Load Maximum Starting Pulse Rate:	Available at Full/Half Step operation
Excitation Systems Supported:	Full step and Half step
Pulse Rate-torque Characteristics:	Graphs provided in source
Operating ambient temperature:	0 to +50 °C
Conservation temperature:	- 20 to + 70°C
Motor Compatibility:	Stepper motors up to 200W

Frequently Asked Questions about PMAPA1S6B01

Q: How does RS-485 communication benefit the PMAPA1S6B01 driver?

A: The PMAPA1S6B01 driver supports RS-485 communication, enabling fast and reliable data transmission between multiple industrial devices. This feature ensures precise motor control and efficient automation system integration.

Q: Why does the PMAPA1S6B01 driver have multiple excitation modes?

A: The PMAPA1S6B01 driver includes full-step and half-step excitation to provide better torque control and smooth motion. These modes enhance precision and operational efficiency for different motor applications.

Q: What is the importance of IP20 protection in PMAPA1S6B01?

A: The PMAPA1S6B01 driver features an IP20 rating, which safeguards the unit against solid objects larger than 12.5 mm. This ensures basic protection in controlled environments.

Q: How does the pulse rate-torque characteristic improve motor performance?

A: The PMAPA1S6B01 driver provides pulse rate-torque graphs, allowing users to optimize torque output for different speeds. This results in stable and efficient motor operation.

Q: How does the PMAPA1S6B01 driver maintain stable torque output?

A: The PMAPA1S6B01 driver enables precise control of stepper motors by adjusting the pulse rate-torque characteristics. This ensures reliable torque delivery at varying speeds.

Internal Product Review

‘‘The PMAPA1S6B01 driver from Sanyo Denki is a versatile motor driver equipped with RS-485 communication and multiple step modes for precise motion control. It ensures stable torque output, supports 200W motors, and allows flexible voltage inputs for diverse automation needs. It has 1.5A phase current.’’