ALLEN BRADLEY PLC 1761-L32BWB

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ALLEN BRADLEY PLC 1761-L32BWB Specification

Application
Industrial automation, process control

Features
32 I/O (20 digital inputs, 12 outputs: 8 relay, 4 transistor), RS-232/RS-485 communication, memory module socket, DIN rail/wall mounting, user-friendly programming

Power Supply
120/240V AC, 50/60 Hz

Output Current
Relay: 2 A max per output, Transistor: 1 A max total

Working Temperature
0C to 55C (32F to 131F)

Phase
Single Phase

Output Type
Relay and transistor mixed outputs

Operating Temperature
0C to 55C

Connector Type
Removable terminal blocks

Cooling Method
Natural convection

Product Type
Programmable Logic Controller (PLC)

Input Voltage
120/240V AC

Voltage Protection
Integrated over-voltage protection

Material
Industrial-grade plastic housing

Storage Temperature
-40C to +85C

Weight
Approx. 0.62 kg (1.36 lb)

About ALLEN BRADLEY PLC 1761-L32BWB

Experience the power of personalisation and unmatched performance with the ALLEN BRADLEY PLC 1761-L32BWB, an in-demand MicroLogix 1000 series controller. This gorgeous masterpiece is engineered for uncompromising process control with 32 I/O points (20 digital inputs, 8 relay outputs, 4 sourcing transistor outputs). Enjoy lowest price deals on this majestic standalone controller featuring industrial-grade plastic housing, robust IP20 rating, and integrated over-voltage protection. With RS-232 and RS-485 programming ports, non-volatile EEPROM memory, and RoHS compliance, this PLC is perfect for diverse industrial applications, delivering dependable automation with style and precision.

ALLEN BRADLEY PLC 1761-L32BWB: Applications and Directions

Widely used in industrial automation, the ALLEN BRADLEY PLC 1761-L32BWB is ideal for controlling motors, conveyors, and process operations. To use, mount the unit on a DIN rail or panel, connect digital inputs and outputs as per your plants requirement, and program via RS-232 using RSLogix Micro or 500 software. Perfect for standalone applications where reliable performance and flexible control are essential, it streamlines operation in assembly lines, utilities, and packaging plants.

ALLEN BRADLEY PLC 1761-L32BWB: Supply Ability and Export Details

We offer the ALLEN BRADLEY PLC 1761-L32BWB with robust supply ability, ready to fulfill bulk and customized orders. Handed over at major FOB ports, our efficient transport services ensure global reach and timely delivery. Our main export markets include Asia, Africa, the Middle East, and Europe, making advanced automation solutions accessible worldwide. Count on us for dependable shipment and consistent availability, wherever your plant operates.

FAQs of ALLEN BRADLEY PLC 1761-L32BWB:

Q: How can I program the ALLEN BRADLEY PLC 1761-L32BWB?

A: You can program the ALLEN BRADLEY 1761-L32BWB using RSLogix Micro or RSLogix 500 software via the RS-232 (DF1) port. The PLC supports user-friendly programming for fast and efficient configuration.

Q: What types of applications is the 1761-L32BWB suitable for?

A: This unit is perfect for industrial automation, such as process control, plant machinery coordination, and assembly line operations where reliability and flexibility are required.

Q: When should I use the digital and relay outputs on the PLC?

A: Use the digital transistor outputs for fast-response control of sourcing devices (up to 1A total) and the relay outputs for controlling loads that require up to 2A per output, such as solenoids or contactors.

Q: Where can I mount the ALLEN BRADLEY 1761-L32BWB in my plant?

A: You can mount this PLC on a standard DIN rail or directly onto a panel, providing installation flexibility to suit your control cabinet or machinery layout.

Q: What is the process for connecting input signals to this PLC?

A: Simply wire 24V DC or 120V AC digital input signals to the designated terminals. The removable terminal blocks allow for straightforward and reliable connections, suitable for various industrial field signals.

Q: What is the key benefit of choosing this PLC for my project?

A: The main advantage is its reliable standalone operation, complete with robust I/O options, integrated over-voltage protection, and non-volatile memory, ensuring consistent control in demanding environments.

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