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B&R DM465

Name: B&R DM465
Brand: IK AUTOMATION
Price: 1432.0 INR
Availability: InStock

Price 1432.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

B&R DM465 Specification

Power Factor
High

Connector Type
Screw Type

Insulation Material
Polycarbonate

Shape
Rectangular

Feature
Microstepping, Overcurrent Protection

Overheating Protection
YES

Operating Temperature
0C to +50C

IP Rating
IP20

Efficiency
94%

Surface Finish
Powder Coated

Humidity %
10% ~ 90% RH

Mounting Type
Panel Mount

Product Type
Stepper Motor Drive

Application
Industrial Automation

Protection Level
IP20

Frequency (MHz)
60 Hz

Rated Voltage
220-240 V

Energy Consumption
Low

Output Type
Digital

Color
Black & Silver

Dimension (L*W*H)
160 x 103 x 60 mm

Weight
1.2 kg

Phase
Three Phase

Size
Standard

Input Voltage
24-48 V DC

Connection Type
Terminal

Material
Aluminium Die-cast

No Of Poles
4

Isolation
Opto-isolated inputs

Indicator
LED Status Display

Control Signal
Pulse/Direction, CW/CCW

Step Resolution
Selectable up to 256 microsteps

Fault Alarm
Yes

Current Output
4.5 A max

Cooling
Natural Air Cooling

Compatible Motors
2-phase Hybrid Stepper Motors

B&R DM465 Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-7 Days

B&R DM465 About

Step up your industrial automation game with the Trending B&R DM465 stepper drive, a praiseworthy choice for contemporary motion control needs. Featuring advance purchase-worthy technology, it offers a redoubtable current output of up to 4.5A and selectable microstepping up to 256 microsteps for exceptional precision. Equipped with opto-isolated inputs, LED status indicators, fault alarms, and natural cooling, this robust unit delivers excellent durability. Its aluminium die-cast construction, combined with IP20 protection and superior energy efficiency, makes it a fresh and reliable solution for a wide range of demanding environments.

Cutting-Edge Features and Versatile Usage

The B&R DM465 offers a versatile array of features including selectable microstepping, LED status displays, fault alarms, overcurrent and overheating protection, all embedded in a sturdy powder-coated aluminium body. Specially crafted for industrial automation, it accommodates 2-phase hybrid stepper motors, and operates efficiently in conditions from 0C to 50C. With a practical panel mount design and digital output, it's engineered for praiseworthy reliability and easy integration in diverse automation tasks.

Payment Terms, Supply Capacity, and Delivery Details

The B&R DM465 stepper drive ensures an efficient purchasing process, balancing outlay and value. Flexible payment terms allow for optimal expenditure management for dealers, distributors, and other business entities. Supply ability is robust, supporting frequent bulk orders to meet high market demand. Handover and delivery times are prompt, ensuring your industrial workflows remain uninterrupted, and the equipment is available when you need it for timely project execution.

FAQ's of B&R DM465:

Q: How does the B&R DM465 ensure protection for connected equipment?

A: It features overcurrent and overheating protection, opto-isolated inputs, and fault alarms to safeguard both the stepper drive and compatible motors during operation.

Q: What are the primary usage scenarios for the B&R DM465?

A: The DM465 is designed specifically for industrial automation, especially where high-precision and reliable motion control using 2-phase hybrid stepper motors is necessary.

Q: What is the process for mounting the B&R DM465 in an automation system?

A: The drive is panel mountable and comes with screw-type terminals for secure and straightforward installation in control cabinets or panels.

Q: When can I expect delivery after placing an order for the B&R DM465?

A: Delivery times are optimized for efficiency, with fast handover of units once order processing and payment terms are settled, aiming to minimize downtime.

Q: What benefits do the microstepping and high power factor provide?

A: Selectable microstepping ensures enhanced motion smoothness and accuracy, while a high power factor optimizes energy use, reducing operational expenditure.

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