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MITSUBISHI PLC A1S68AD

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MITSUBISHI PLC A1S68AD Specification

Operating Temperature
0 to 55C

Efficiency
High

Humidity %
1090% RH (non-condensing)

Overheating Protection
Present

Connector Type
Terminal Block

Shape
Rectangular

Insulation Material
Plastic

Feature
8 Channel, High-precision Analog Inputs

Mounting Type
DIN Rail

Surface Finish
Matte

IP Rating
IP20

Product Type
Analog Input Module

Application
Industrial Automation

Protection Level
Standard

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Approx. 4.5 W

Output Type
Analog

Color
Black

Dimension (L*W*H)
130 x 33 x 98 mm

Weight
Approx 0.3 kg

Input Voltage
24V DC

Size
Standard Module Size

Phase
Single

Connection Type
Screw Terminal

Material
Plastic and Metal

Display
Status LED Indicators

Module Type
Analog-to-Digital Converter (ADC)

Model
A1S68AD

Shock Resistance
300 m/s2

Resolution
12 Bit

Isolation
Photocoupler

Storage Temperature
-25C to +75C

Response Time
Approx. 3 ms

Input Range
0-10V, 1-5V, 0-5V, 0-20mA, 4-20mA

Installation Orientation
Vertical

Compatibility
MELSEC A Series PLC

Vibration Resistance
5-8.4 Hz, amplitude 3.5mm

Input Points
8 analog channels

Service Life
>100,000 hours

About MITSUBISHI PLC A1S68AD

Experience kingly performance and astounding value with the MITSUBISHI PLC A1S68AD. This top-tier analog-to-digital converter (ADC) module features 8 high-precision analog input channels, supporting a versatile input range (010V, 15V, 05V, 020mA, 420mA). Designed for industrial automation and compatible with MELSEC A Series PLCs, it boasts a remarkable 12-bit resolution and reliable photocoupler isolation. Efficient, robust, with a matte finish and IP20 rating, its built for longevity and safetymaking it the best buy for automation professionals seeking supreme performance and reliability.

Superior Features for Professional Automation

The MITSUBISHI PLC A1S68AD is distinguished by its high-efficiency design and impressive 12-bit resolution on eight analog channels. Built with user-friendly status LED indicators and a robust DIN-rail installation, it fits seamlessly into standard module sizes. Ideal for general and specific industrial automation tasks, it ensures precision, rapid 3 ms response times, and durable operation in challenging environments, making it an excellent choice for both new systems and upgrades.

Efficient Shipping and Secure Packing Process

MITSUBISHI PLC A1S68AD modules are typically dispatched through major FOB ports, ensuring prompt handover and reliable shipment across locations. Securely packaged in durable materials, each unit undergoes stringent quality checks before being released. Sample units are also available upon request to examine module suitability prior to bulk purchase, offering further assurance in your procurement process. Expect careful handling and timely shipping from a trusted supplier, prioritizing both safety and delivery efficiency.

FAQs of MITSUBISHI PLC A1S68AD:

Q: How does the MITSUBISHI PLC A1S68AD benefit industrial automation projects?

A: The A1S68AD enhances automation projects by providing accurate, high-speed analog-to-digital conversion across eight channels, offering increased control and measurement precision in demanding environments.

Q: What kinds of input ranges are supported by this module?

A: The A1S68AD supports multiple input ranges, including 010V, 15V, 05V, 020mA, and 420mA, making it versatile for various industrial signal types.

Q: Where can the MITSUBISHI A1S68AD be installed within a system?

A: It is designed for vertical DIN rail mounting within control cabinets, allowing seamless integration into MELSEC A Series PLC systems.

Q: What is the process for ordering and receiving this module?

A: Once an order is placed, modules are dispatched from FOB ports, securely packed, and tracked during shipment to ensure safe and timely delivery to your specified location.

Q: When is it recommended to use the A1S68AD module?

A: Use this module when precise, high-speed analog input measurement is required, especially in industrial automation scenarios demanding reliability and flexibility.

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