ADV151-P00 Yokogawa Digital Input Module

32-Channel Input Module | Yokogawa ADV151-P00 S2 CENTUM VP

32-Channel Input Module | Yokogawa ADV151-P00 S2 CENTUM VP

Disponibilidad: 10 Quedan en stock

Yokogawa ADV151-P00 S2 Digital Input Module Configured for discrete signal acquisition in industrial control systems, the Yokogawa ADV151-P00, also cataloged...

Código: ADV151-P00

Manufacturer: Yokogawa
Product No.: ADV151-P00
Product Type: Digital Input Modules
Product Origin: JAPAN
Payment:T/T, Western Union
Weight: 300g
Shipping port: Xiamen
Warranty: 12 months

Descripción Reseñas

Yokogawa ADV151-P00 S2 Digital Input Module

Configured for discrete signal acquisition in industrial control systems, the Yokogawa ADV151-P00, also cataloged as the ADV151 Digital Input Module, provides direct physical/electrical execution to monitor status inputs from field contacts. The hardware interfaces directly with field control stations to process isolated ON/OFF state data without risking backplane damage from external voltage surges.

Suffix Breakdown & Model Matrix

Code	Type	Description
ADV151	Base Model	Digital Input Module (32-channel, 24 VDC, Isolated)
-P	Suffix Code	With pushbutton input
0	Suffix Code	Without status display; with explosion protection
0	Suffix Code	Basic type

Hardware Specifications

Parameter	Specification
Model	ADV151-P00
Brand	Yokogawa
Origin	Japan
Weight	0.3 kg
Dimensions	10.7 cm x 13.0 cm x 3.3 cm
Operating Temp	-20 to 60 deg C
Power Consumption	~500 mA at 5 VDC
Input Channels	32 isolated digital inputs
Rated Input Voltage	24 VDC (sink/source)
Maximum Allowable Input Voltage	30.0 VDC
Input ON Voltage	18 to 26.4 VDC
Input OFF Voltage	Less than or equal to 5.0 VDC
Input Current	~4.1 mA per channel
Input Response Time	8 ms or less (for status input)
Pushbutton Detection	Minimum ON time: 20 ms; Maximum cycle: 25 Hz
Isolation Voltage	2 kV AC (input-to-system, 1 min); 500 VAC (between commons, every 16 channels)
System Compatibility	CENTUM VP, ProSafe-RS, CS 3000 systems

Process Control & Channel-to-Channel Isolation

The module contains isolated hardware circuitry divided into separate blocks to prevent electrical interference from compromising signal validity. It enforces strict galvanic separation with an input-to-system isolation limit of 2 kV AC and an independent 500 VAC isolation barrier between the common returns of each 16-channel group. This dual-layer isolation topology blocks common-mode noise and ground loop currents common in dense instrument wiring networks. The internal logic processes incoming 24 VDC pulses using discrete input filtering, filtering out contact bounce while capturing rapid status deviations from safety interlocks, limit switches, and physical operator interfaces.

Frequently Asked Questions

Q: What are the functional limitations when utilizing the hot-swap capability of this module?

A: Engineers can replace the module online without shutting down the node backplane. However, during the physical swap interval, input data processing for all 32 channels halts instantly, meaning that the host controller will retain the last known valid state or transition to a predefined fault state depending on system software configuration.

Q: How does the module differentiate standard status inputs from pushbutton inputs based on the "-P" suffix specification?

A: The configuration utilizes a dedicated hardware circuit designed to detect rapid transient closures. It guarantees the capture of short-duration pulses with a minimum ON time of 20 ms and supports pulse repetition frequencies up to a maximum cycle speed of 25 Hz.

Field Installation Guidelines

Wiring Termination: Connect field loop conductors via the designated pressure clamp terminal block or a compatible MIL connector interface cable. Verify that all terminal screws match the torque ratings defined by the cabinet housing specifications.
Shield Grounding Regimen: Terminate all external digital signal cable shields at a single ground bus bar within the control enclosure. Maintain continuous separation between instrument ground networks and noisy power grounds to prevent high-frequency noise injection.
Backplane Engagement: Align the alignment pins on the back of the module with the slot receptors on the field control unit node. Push the hardware component into place until the locking tabs latch completely, securing physical contact against industrial vibration vectors.

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