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PARKER AH470372U002 CONTROL CARD

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PARKER AH470372U002 CONTROL CARD Specification

Overheating Protection
NO

Connector Type
Screw Terminal

Operating Temperature
0C to 50C

Humidity %
0-95% Non-Condensing

Feature
High Reliability, Precise Control

Insulation Material
FR4 Epoxy Glass

Surface Finish
Solder Masked

Shape
Rectangular

Mounting Type
Panel/Chassis Mount

IP Rating
IP00 (for internal use)

Efficiency
High

Product Type
Control Card

Application
Industrial Automation / Control Systems

Protection Level
Standard

Frequency (MHz)
50/60 Hz Compatible

Rated Voltage
24 VDC

Energy Consumption
Low

Output Type
Signal/Relay

Color
Green PCB with Black & Blue Components

Dimension (L*W*H)
Approx. 18cm x 12cm x 2cm

Weight
380g

Size
Standard

Input Voltage
24 VDC

Connection Type
Screw Terminal, Pin Header

Material
Industrial Grade FR4 PCB

Response Time
Fast <5ms

Storage Temperature
-20C to 70C

Model Number
AH470372U002

Fuse Protection
Integrated

Status Indicators
On-board LEDs

Control Type
Digital/Pulse Control

Compatibility
Compatible with Parker Automation Components

RoHS Compliance
Yes

PCB Thickness
1.6mm

Input Type
Digital

About PARKER AH470372U002 CONTROL CARD

Experience elite performance and instant savings with the PARKER AH470372U002 CONTROL CARD, designed for precision and reliability in industrial automation. Engineered with a heroic polished finish, this digital/pulse control card ensures fast response times (<5ms) and high efficiency, making it an ideal choice for demanding control systems. Personalise your automation setup seamlessly, benefiting from on-board LEDs, integrated fuse protection, and guaranteed RoHS compliance. Compatible with Parker automation components and crafted using industrial-grade FR4 PCB, this control card stands out for its durability and polished, professional design.

Application Areas & Key Features

The PARKER AH470372U002 CONTROL CARD excels in a variety of industrial automation and control system environments. Its heroic digital/pulse control allows for precise relay and signal output, making it suitable for machinery, conveyor systems, and process control setups. Elite features like high reliability, low energy consumption, and panel/chassis mounting make this card a preferred choice for both specific and general-purpose automation. With a robust FR4 PCB design, it offers enduring performance under stringent operational demands.

Packaging & Delivery Information

Each PARKER AH470372U002 CONTROL CARD is diligently packed to ensure safe transit. Dispatched from our facility, the card is securely handed over at the designated FOB Port in India. We prioritise your expenditure by promising prompt delivery, generally within 2 to 5 business days of order confirmation. Our packaging standards guarantee the control card reaches you in polished condition, ready for integration into your elite automation systems.

FAQ's of PARKER AH470372U002 CONTROL CARD:

Q: How is the PARKER AH470372U002 CONTROL CARD installed in automation systems?

A: The control card can be easily panel or chassis mounted using its rectangular form and standard dimension, with simple screw terminal or pin header connections for convenience.

Q: What are the notable features that make this control card a heroic choice for industrial applications?

A: The card offers fast response times (<5ms), on-board status LEDs, integrated fuse protection, and high reliability, all supported by an industrial-grade FR4 PCB for elite performance and durability.

Q: Where can the PARKER AH470372U002 CONTROL CARD be used?

A: It is suitable for industrial automation and control systems, including machinery, process lines, conveyor systems, and any environment needing precise digital or signal relay control.

Q: When can I expect my PARKER AH470372U002 CONTROL CARD after purchase?

A: Typically, the card is dispatched within 2 to 5 business days after order confirmation, depending on stock availability and your location.

Q: What benefit does low energy consumption provide for users?

A: Low energy consumption ensures operational cost savings, enhanced efficiency, and a reduced environmental footprint, making it a budget-friendly and sustainable option for long-term usage.

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