AIP830-111/EIM Yokogawa CENTUM VP Datasheet & Technical Manual

Industrial HIS Keyboard | Yokogawa AIP830-111/EIM CENTUM VP

Industrial HIS Keyboard | Yokogawa AIP830-111/EIM CENTUM VP

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Yokogawa AIP830-111/EIM CENTUM VP Operation Keyboard Configured for Specific Technical Task in CENTUM VP HIS platforms, the Yokogawa AIP830-111/EIM (Yokogawa...

SKU: AIP830-111

Manufacturer: Yokogawa
Product No.: AIP830-111
Product Type: Operation Keyboards
Product Origin: JAPAN
Payment:T/T, Western Union
Weight: 2000g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

Yokogawa AIP830-111/EIM CENTUM VP Operation Keyboard

Configured for Specific Technical Task in CENTUM VP HIS platforms, the Yokogawa AIP830-111/EIM (Yokogawa AIP830 Operation Keyboard) provides direct physical/electrical execution of single-loop operation, alarm handling, and system navigation. The hardware converts physical keystrokes and mode configurations into deterministic digital commands transmitted directly to the host Human Interface Station processor.

Suffix Breakdown & Model Matrix

AIP830: Base model identification for the single-loop operation industrial keyboard assembly.
Mode Selection Switch Suffix (-1): Identifies the presence of a hardware-based mode selection toggle.
Key Category Suffix (1): Specifies the installation of an Operation Confirmation Key Type B layout.
Fixed Code Suffix (1): Always designated as 1 for platform verification.
Option Code (/EIM): Standard factory delivery inclusive of the English Instruction Manual documentation package.

Hardware Specifications

Parameter	Specification
Model	AIP830-111/EIM
Brand	Yokogawa
Origin	Japan
Weight	2.0 kg
Dimensions	440 x 285 x 52 mm
Operating Temp	5 to 40 deg C
Power Consumption	Maximum 1 A current draw
Power Supply	5 VDC plus/minus 5% (via USB connection)
Interface Ports	Dual USB A-type (USB 2.0 for input, USB 1.1 for audio)
Function Keys	64 programmable keys
Integrated Audio	USB speaker and internal buzzer
Color	Black (Munsell No. N1.5 equivalent)
Safety Standard	IEC 61010-1 Class I

Distributed Control System Peripheral Integration

The terminal assembly translates tactile matrix scan paths into dedicated interface codes mapping to active distributed control system display displays. The peripheral logic layout operates downstream of standard 4-20 mA HART loop protocol configurations, enabling operators to call up single-loop tuning templates and clear process alarms directly from dedicated physical switch paths. Electrical isolation boundaries are preserved via the independent dual USB interface links, preventing common-mode grounding noise from injecting errors into the host computer backplane.

Frequently Asked Questions

Q: Why does the system architecture require two individual USB connections to the HIS computer?

A: The hardware architecture separates the transmission paths to balance power and communication pipelines. Port A handles the high-speed data packets for the 64 programmable keys and alphanumeric inputs, while Port B drives the integrated USB audio system and internal alarm buzzer.

Q: Is this industrial keyboard assembly hot-pluggable during continuous workstation operation?

A: The USB interface layer permits live connection and removal. However, operators must remain aware that removing the hardware breaks the manual single-loop override connection, requiring supervisory configuration before unseating the device.

Q: How does the mode selection switch interact with system software layers?

A: The physical mode selection switch alters the local internal encoding registers, transmitting hardwired priority changes to the host console software to restrict or permit specific tuning loop adjustment actions.

Field Installation Guidelines

Mechanical Attachment: Position the keyboard chassis flat on the operator desk console or secure it to a compatible VESA frame using the integrated mounting screw holes. Ensure all rear mounting fastners engage securely to counter repetitive key strikes.
Interface Cable Routing: Route both integrated USB cables away from high-voltage terminal lines or power links inside the console furniture. Maintain a minimum distance threshold to prevent transient electromagnetic fields from causing communication drops.
Functional Grounding: Connect the main HIS console grounding wire to the centralized room functional earth rail. The workstation infrastructure must maintain a low resistance profile to isolate static discharges away from the internal keyboard logic circuits.

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