ALLEN BRADLEY 1336-PB-SP2D DRIVES 1336 PCB BOARDS

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ALLEN BRADLEY 1336-PB-SP2D DRIVES 1336 PCB BOARDS Specification

Cooling System
Convection

Cover Material
None (open board)

Operating Voltage
600V

Way
Multi-Layer PCB

Connectivity Type
Connector/terminal based

Protection Class
Class I

Components
Integrated circuits, resistors, capacitors, diodes, connectors

Rated Current
10A

Cabinet Material
Not applicable, PCB only

Control System
Microprocessor based

Base Material
FR4 Epoxy

Rated Insulation Voltage
1000V

Rated Operation Voltage
600V

Panel Type
Drive control PCB board

Current Rating
10A

Protection Level
Overcurrent, Overvoltage

Thickness
1.6 mm

Features
OEM grade replacement, precise control, reliable performance

Product Type
Electric Panel

Material
Fiberglass-reinforced epoxy laminate (FR4)

Surface Finish
Glossy solder mask finish

Standard
UL, CE Certified

Surface Color
Green

Rated Voltage
600V AC/DC

Frequency (MHz)
50/60 Hz

Maximum Output Current
10A

Dimension (L*W*H)
220 mm x 120 mm x 20 mm

Application
Industrial automation, drive controller replacement

IP Rating
IP00 (non-enclosed)

About ALLEN BRADLEY 1336-PB-SP2D DRIVES 1336 PCB BOARDS

Experience the opulent efficacy of the ALLEN BRADLEY 1336-PB-SP2D Drives 1336 PCB Boards, crafted for elite industrial automation. Utilise our exclusive sale to access this laureate, OEM-grade replacement partprecision-engineered for 1336 Plus and similar Allen Bradley drives. With a robust FR4 fiberglass epoxy construction, multi-layer PCB technology, and a glossy finish, this power board ensures reliable performance up to 10A and 600V. Try now and elevate your drive controllers to certified UL/CE standards. Available ex-stock or within 2-4 weeks. Secure your panel mount solutionpremium connectivity is guaranteed.

Material Quality and Functional Excellence

Manufactured using premium FR4 fiberglass-reinforced epoxy laminate, the 1336-PB-SP2D PCB Board features multi-layer construction for enhanced durability and a glossy solder mask surface. Integrated microprocessor control and high-grade components deliver precise machine performance. Designed for seamless panel mounting, the board excels as a direct replacement in industrial drive controllers, facilitating reliable operation and easy application in automation environments.

Supply, Pricing, and Delivery Details

Discover the List price advantage on ALLEN BRADLEY 1336-PB-SP2D drives, shipped via reputable transport services from our trusted FOB port in India. Payment terms include secure options for traders and suppliers. Typical delivery times range from ex-stock availability to 24 weeks for special orders, ensuring your premium industrial requirements are met efficiently for every project and scale.

FAQs of ALLEN BRADLEY 1336-PB-SP2D DRIVES 1336 PCB BOARDS:

Q: How do I install the ALLEN BRADLEY 1336-PB-SP2D PCB board in my drive system?

A: Installation is straightforward using connector or terminal-based connections with panel or PCB mounting. Follow the manufacturers guidelines for compatible 1336 Plus and related drives.

Q: What benefits does the 1336-PB-SP2D Power Board offer for industrial automation?

A: The power board offers reliable performance, precise control, protection against overcurrent and overvoltage, and OEM-grade compatibility for seamless replacements in drive controllers.

Q: Where is the FOB port for shipping the PCB boards?

A: The FOB port is located in India, facilitating secure and premium transport services for international and domestic delivery needs.

Q: What payment and delivery options are available for these PCB boards?

A: Payment terms are flexible for suppliers and traders, and delivery is either ex-stock or within 24 weeks, depending on availability and order size.

Q: When should I consider utilizing the 1336-PB-SP2D as a replacement part?

A: Utilise this replacement when precise drive performance, enhanced control, or regulatory compliance is required in compatible Allen Bradley drives.

Q: What is the typical usage process for the power board in drive controllers?

A: The board is used by mounting it on the panel or PCB slot, connecting to integrated circuits and terminals, and applying it within the rated voltage and current for reliable controller operation.

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