Brand:Yokogawa Electric Item No.:AIP830-001 Product Origin:Japan Product Dimensions:500 x 225 x 50 mm Product Weight:2.5 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Yokogawa AIP830-001 Single-person Operation Keyboard is designed for operator workstations within Yokogawa distributed control systems. Built for single-user control consoles, it provides an efficient and reliable interface for monitoring and managing industrial processes. Its durable construction and ergonomic design ensure stable performance in demanding control room environments where precise operator interaction is essential.
Technical Specifications
Parameter
Description
Product Model
AIP830-001
Product Type
Single-person Operation Keyboard
Manufacturer
Yokogawa
Function
Operator Input Interface for Control Systems
System Compatibility
Yokogawa Operator Stations and DCS Platforms
Installation
Industrial Operator Console
Dimensions
500 × 225 × 50 mm
Weight
2.5 kg
Recommended Related Models
Yokogawa AIP825 – Industrial keyboard used for operator control stations
Yokogawa AIP826-2 – Operator console keyboard for Yokogawa automation systems
Yokogawa AIP827-1 – Industrial keyboard for distributed control system workstations
Yokogawa AIP502 – Operator interface module for control system platforms
Yokogawa AIP601 – Industrial workstation interface device for automation systems
Popular Related Models
Yokogawa AIP821 – Industrial operator keyboard for automation systems
Yokogawa AIP823 – Operator console keyboard for control room environments
Yokogawa AIP824 – Industrial workstation keyboard for process monitoring systems
Yokogawa AIP828 – Operator interface keyboard used in Yokogawa control platforms
Yokogawa AIP829 – Industrial keyboard for operator workstations in automation systems
Typical Application Scenarios
Operator input device for Yokogawa distributed control system workstations
Single-operator control consoles in industrial control rooms
Human-machine interface interaction in process automation systems
Plant monitoring and command entry in power, oil & gas, and chemical facilities
Dedicated operator terminals for supervisory control tasks
Key Advantages
Designed for single-person control console operation
Industrial-grade construction for reliable long-term use
Ergonomic layout optimized for efficient operator workflow
Stable input performance for critical plant monitoring tasks
Seamless compatibility with Yokogawa automation platforms
Technical FAQs
1. What is the primary function of the AIP830-001 keyboard?
It serves as an operator input interface for interacting with Yokogawa distributed control and monitoring systems.
2. Where is this keyboard typically installed?
It is commonly used in control room operator consoles designed for single-person operation.
3. Is this keyboard compatible with Yokogawa control systems?
Yes, it is designed to integrate with Yokogawa operator stations and automation platforms.
4. What makes this keyboard suitable for industrial environments?
Its robust construction and reliable performance allow it to operate continuously in demanding control room environments.
5. What types of tasks can operators perform using this keyboard?
Operators can navigate system interfaces, input commands, manage process monitoring, and perform operational control tasks.
6. Which industries commonly use this device?
It is widely used in industries such as power generation, petrochemical processing, oil and gas, and large-scale manufacturing.
7. Can it be integrated into industrial operator consoles?
Yes, it is specifically designed for installation in operator workstations and control panels.
8. How does the keyboard improve control room efficiency?
Its ergonomic layout allows operators to perform monitoring and control actions quickly and accurately.
9. Is it designed for continuous operational use?
Yes, it supports long-term operation in critical automation environments.
10. Why are dedicated industrial keyboards important in DCS systems?
They provide reliable human-machine interaction, enabling operators to manage complex automation processes effectively.
