SHINKAWA VM-5Y1-02GEM-1594-005-P001G – Vibration Monitoring Module for Machine Protection

The SHINKAWA VM-5Y1-02GEM-1594-005-P001G is a plug‑in module for the VM‑5 platform used in rotating machinery protection and condition monitoring. From my experience, this series is typically selected as a drop‑in spare or expansion card in existing VM‑5 racks, providing continuous vibration measurement, alarm processing, and buffered outputs for troubleshooting. You might notice that the option code string (Y1 / 02GEM) points to a specific input and alarm configuration, which is common in Shinkawa’s engineered systems where channels and thresholds are pre‑defined per asset.

Where it helps most is in plants that already run SHINKAWA proximity probes or velocity/acceleration sensors. The module slots into the rack backplane, draws power from the system supply, and exposes relay and analog outputs for DCS/PLC interlocks. One thing I appreciate is how these cards are usually straightforward to commission—wiring stays on the rack terminals, so module replacement is quick during a shutdown.

Company’s Order Placement Process and Guarantees

• Warranty: 365 days
• Delivery: 1 week if in stock; no more than one month at the latest
• Payment: 50% advance payment, full payment before delivery
• Express options: FedEx, UPS, DHL

Key Features

• VM‑5 rack compatibility — Designed for SHINKAWA VM‑5 systems, making it a practical spare or expansion card without panel rework.
• Condition and protection in one module — Typically supports continuous vibration measurement with configurable alarms for machine trip/interlocks.
• Buffered dynamic signal — Provides buffered output for analyzers, so you can capture spectra and phase without interrupting protection functions.
• Analog and relay outputs — 4–20 mA trending and dry contact alarms (A1/A2) are common on this series for easy DCS/PLC integration.
• Option‑driven channel type — Depending on the option code, the channel is set up for proximity probes (eddy‑current) or velocity/acceleration sensors.
• Service-friendly design — Plug‑in card with backplane power; field wiring typically remains on the rack terminal blocks.

Technical Specifications

Brand / Model	SHINKAWA VM-5Y1-02GEM-1594-005-P001G
Product Type	VM‑5 series plug‑in vibration monitoring/protection module
HS Code	9031.80 (Other measuring or checking instruments)
Power Requirements	Powered via VM‑5 rack backplane; rack supply typically 24 VDC; module consumption commonly < 5 W
Operating Temperature	Typically 0 to +60 °C (cabinet‑mounted environment)
Signal Input Types	Option‑dependent; commonly eddy‑current proximity probe or velocity/acceleration transducer input
Signal Output Types	Buffered dynamic signal; 4–20 mA proportional output; alarm relays (A1/A2) for shutdown/interlock
Communication Interfaces	Typically via VM‑5 rack options (e.g., RS‑485/Modbus) when installed with corresponding interface cards
Installation Method	Plug‑in card for SHINKAWA VM‑5 rack; panel/cabinet mounting of rack
Form Factor	Single‑slot rack module; approx. 3U height; weight typically < 0.5 kg

Note: Exact channel option and I/O mapping depend on the factory option code (Y1 / 02GEM). If you share the asset setup, we can verify the input type and alarm configuration before shipment.

Application Fields

This module is typically used across oil & gas, petrochemical, power generation, steel, paper, and water facilities—anywhere rotating equipment requires continuous protection:

• Steam/gas turbines, auxiliary drives, and gearboxes
• Compressors and expanders with proximity probe systems
• Large motors, pumps, blowers, and fans in process lines
• Critical assets where trip relays feed DCS/ESD interlocks

Feedback we hear a lot: swapping a VM‑5 card during a turnaround is quick and predictable, which keeps instrument work from holding up the mechanical path.

Advantages & Value

• Reliability — Mature platform commonly used for machine protection; stable alarm logic and proven hardware.
• Compatibility — Works within existing SHINKAWA VM‑5 racks and complements Shinkawa probe systems, which saves engineering time.
• Cost & downtime savings — Plug‑in replacement minimizes rewiring and reconfiguration in most cases.
• Support — We can pre‑check option codes against your P&IDs and provide configuration notes so commissioning goes smoothly.

Installation & Maintenance

• Cabinet & environment — Install the VM‑5 rack in a clean, ventilated control cabinet (typical 0–60 °C). Maintain good airflow around the rack.
• Grounding & shielding — Use proper shield terminations for probe/sensor cables at the rack end to reduce noise on dynamic signals.
• Wiring — Keep transducer cables separated from high‑voltage lines; follow the rack terminal map for 4–20 mA and relay outputs.
• Commissioning checks — Verify sensor polarity, gap/target for proximity probes, and confirm alarm setpoints against your machine protection philosophy.
• Routine care — Periodic calibration/verification, visual inspection of terminals, dust cleaning, and firmware updates when recommended by the OEM.
• Spare strategy — Keeping one like‑for‑like optioned module on the shelf typically shortens MTTR during unplanned events.

Quality & Certifications

• CE and RoHS compliance are commonly available on SHINKAWA VM‑series modules
• Manufacturer quality system: ISO 9001 (typical for this product class)
• Manufacturer’s warranty: generally 12 months; our sales warranty: 365 days as stated above

Typical Supporting Components

To complete a functional channel, plants commonly pair this module with:

• Eddy‑current proximity probe set (5 mm or 8 mm tip) with driver and extension cable for shaft vibration/position
• Industrial accelerometer or velocity transducer (if the option code supports seismic inputs)
• Rack interface card for RS‑485/Modbus when remote diagnostics are required
• Shielded low‑noise cable kits and BNC panel adapters for buffered signal access

If you can share the full VM‑5 rack BOM or a photo of the nameplate with option code details, we’ll verify input type, scaling, and relay logic so you receive the exact like‑for‑like card you need.