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SHINKAWA VM-5F-312-000-000-111-00/IS0/EX5 Temperature Monitor

Description

Overview

The Shinkawa VM-5F temperature monitor is a dual-channel unit within the VM-5 series machinery protection system, designed to supervise bearing, oil, and winding temperatures of rotating machinery. It accepts grounded and non-grounded thermocouples as well as 3-wire and 4-wire RTD inputs, providing continuous temperature indication and alarm functions for turbine supervisory instrumentation (TSI).

Real-time temperature readings are shown on the front-panel LCD, while alarm conditions are reported through DANGER, ALERT, and input abnormal indicators plus relay contacts to the plant control system. The module is a direct rack-mounted replacement and extension unit for existing VM-5 installations.

Engineering & Design

The VM-5F provides two independent temperature measurement channels with input flexibility for the most common industrial temperature sensors. Self-diagnostic circuitry verifies sensor integrity and alerts the operator to input abnormal conditions, ensuring dependable operation in safety-critical monitoring duties.

Isolated recorder outputs allow the temperature trend to be logged by external data acquisition systems, while the alarm relays support normally energised or de-energised operation matching the VM-5 monitor system configuration. The module fits the standard VM-5 rack and operates across the full industrial temperature range of the series.

Key Features

  • Dual-channel temperature monitoring for rotating machinery
  • Supports grounded and non-grounded thermocouples
  • Accepts 3-wire and 4-wire RTD inputs
  • Real-time temperature display on LCD screen
  • DANGER, ALERT, and input abnormal alarms with LED indication
  • Isolated recorder outputs for data logging
  • Self-diagnostic function for reliable operation
  • On-site setting adjustment capability
  • VM-5 series rack integration

Applications

  • Bearing temperature monitoring of turbines and compressors
  • Oil and lubrication system temperature surveillance
  • Motor winding temperature protection
  • Generator and exciter temperature monitoring
  • Pump and fan bearing protection
  • Integrated TSI systems for rotating machinery

Specifications

Specification Value
Model VM-5F Dual Temperature Monitor
Channels 2 independent temperature channels
Input Types Thermocouples (grounded / non-grounded), 3-wire / 4-wire RTD
Display LCD digital indicator with back light
Alarms DANGER, ALERT, input abnormal with LED indicators
Recorder Output Isolated signal outputs
System VM-5 series monitor rack
Operating Temperature 0 to 65°C
Storage Temperature -30 to +85°C

Bearing and oil temperatures are leading indicators of machinery condition, and the Shinkawa VM-5F Temperature Monitor brings these measurements into the VM-5 machinery protection architecture with the reliability expected of turbine supervisory instrumentation. The dual-channel design of the VM-5F allows two temperature points to be supervised from a single rack slot, optimising rack space in multi-point installations.

Temperature protection complements vibration monitoring in any TSI scheme, and the Shinkawa VM-5F Temperature Monitor provides that coverage, which is why Seven Star LLC recommends the Shinkawa VM-5F Temperature Monitor for VM-5 racks protecting critical machines.

The Shinkawa VM-5F temperature monitor measures the bearing temperature of the machine, and the Shinkawa VM-5F temperature monitor is the temperature module of the VM-5 series.

The Shinkawa VM-5F temperature monitor accepts the input of the bearing temperature sensors of the rotating machinery and drives the alarm relays with the adjustable set points. The module is inserted into the VM-5 series rack and is wired to the sensor with the terminal block of the rear connector. The monitor is used on the turbines, the compressors and the pumps of the oil and gas plants to protect the bearings from the overtemperature condition.

Why Seven Star LLC

Seven Star LLC supplies the Shinkawa VM-5F Temperature Monitor for machinery protection systems across the Gulf, with full documentation and configuration support. Our specialists assist with channel mapping, alarm set-point strategy, and integration into existing VM-5 racks.

We support replacement, expansion, and spare module programmes for turbine supervisory instrumentation in power, oil and gas, and industrial plants.

Alarm & Recorder Functions

Each channel of the VM-5F supports the VM-5 series alarm structure with DANGER and ALERT levels, plus an input abnormal alarm that detects sensor faults such as thermocouple breakage. LED indicators on the front panel provide immediate local status, while the relay contacts interface to the plant control system for annunciation and trip functions.

The isolated recorder outputs allow temperature trends to be captured by DCS historians or portable data loggers, supporting post-incident analysis and long-term condition trend review.

Request a Quote for SHINKAWA VM-5F-312-000-000-111-00/IS0/EX5 Temperature Monitor

For the Shinkawa VM-5F Temperature Monitor, VM-5 series temperature monitor or any related control and instrumentation requirement, contact the Seven Star LLC team. Submit a formal inquiry through our RFQ page with your measurement range, connection and configuration, and our specialists will respond with a detailed commercial proposal and the official Shinkawa documentation.

Matching the Full VM-5F Model Code

The VM-5F is ordered with a long suffix code, in this case VM-5F-312-000-000-111-00/IS0/EX5. The digit groups and the suffixes after the slash define options such as input type, outputs and certification, so two modules that both say “VM-5F” on the front are not necessarily interchangeable. Before ordering a spare:

  • read the full model code from the label on the side of the installed module, not only from the front panel;
  • confirm which sensor type each channel uses (thermocouple type, or 3-wire or 4-wire RTD) and compare it with your loop drawings;
  • check the rack and power supply version, so the module fits the existing VM-5 system;
  • send the code and a photo of the label to us if any part is unclear, and we check the option codes against the Shinkawa data before supply.

Installation and Commissioning

After fitting the module in the VM-5 rack, set the input type and the range for each channel, then enter the ALERT and DANGER set points from the machine protection philosophy, not only from default values. Verify each loop end to end: inject a thermocouple mV or RTD resistance signal at the field terminals with a calibrator, check the LCD reading and recorder output, and confirm that each relay operates at its set point with the correct normally energised or de-energised logic. Open-circuit one input to prove that the input abnormal alarm works. Record the as-left settings for the site files.

Maintenance and Troubleshooting

  • Input abnormal alarm – usually a broken thermocouple, a loose RTD lead or a damaged extension cable. Measure at the terminals before changing the module.
  • Reading offset on a thermocouple channel – check that the extension cable is the correct type and polarity; a copper or reversed cable gives a steady error.
  • Noisy reading – check shield grounding (at one end only) and cable routing away from motor power cables.
  • Periodic checks – during planned outages, prove each channel with a calibrator and test the relays through to the trip circuit.

Machinery Protection in Oman and the GCC

Shinkawa VM-5 racks are installed on gas turbines, steam turbines, centrifugal compressors and large pumps in refineries, gas plants, power and desalination stations across the Gulf. At high summer ambient, bearing and lube oil temperatures run closer to their limits, so reliable temperature channels and correct set points are central to avoiding both missed trips and nuisance shutdowns.

Sourcing from Seven Star LLC

Send us the full model code and the rack details. We confirm compatibility and give the lead time and documentation available with the module.

Other Models in the Shinkawa VM-5 Machinery Monitoring System Range

Seven Star LLC supplies models from the Shinkawa VM-5 Machinery Monitoring System range in Oman and the GCC. Compare the related models below and request a quote for the one that matches your application.

ModelCategory
Shinkawa VM-5W1 Dual Power Instrumentation RackVibration MonitoringView details
SHINKAWA VM-5Z1/IS0 Power SupplyVibration MonitoringView details
SHINKAWA VM-5K-411512-000-000-111-0/IS0/EX5 Dual Vibration MonitorVibration MonitoringView details
SHINKAWA VM-5T-93012-000-000-111-0/IS0/EX5 Thrust Position ModuleVibration MonitoringView details
SHINKAWA VM-5F-312-000-000-111-00/IS0/EX5 Temperature MonitorVibration MonitoringYou are viewing this model
SHINKAWA VM-5S Dual TachometerVibration MonitoringView details
SHINKAWA VM-5P3-1-00-00-0/IS0 Phase Marker ModuleVibration MonitoringView details
SHINKAWA VM-5Y1-02/IS0 Relay ModuleVibration MonitoringView details
SHINKAWA VM-5Y7-01/IS0 Relay ModuleVibration MonitoringView details

Related Products

Datasheets & Documents
  • PDF Datasheet SHINKAWA VM-5F-312-000-000-111-00/IS0/EX5 Temperature Monitor Datasheet Download
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About brand
Turbine and compressor trains in many Asian-built power and process plants are protected by Shinkawa vibration monitoring. The Japanese company, founded in 1927, makes eddy current displacement transducers and rack-based monitors for rotating machinery. Seven Star LLC lists Shinkawa VM-5 series monitor modules, sensors and converters, and sources them by full model code for machinery protection systems in Oman.

Shinkawa monitors and sensors listed

Most items on this page belong to the VM-5 monitoring rack:
  • VM-5K dual vibration monitor, VM-5T thrust position module and VM-5S dual tachometer
  • VM-5F temperature monitor and VM-5P3 phase marker module
  • VM-5Y relay modules, the VM-5Z1 power supply and the VM-5W1 instrumentation rack
  • VM-53 communication module
Alongside these are VK series displacement sensors with VL model codes, a converter system and a VM-751B1 vibration monitor. Shinkawa's current catalog also shows the FK transducer series, the VM-7 monitor and infiSYS analysis software, which matters when an older part has to be matched with a present-day equivalent.

Where Shinkawa vibration monitoring is used

Shinkawa systems measure shaft vibration, axial (thrust) position, speed, phase reference and bearing temperature on steam turbines, gas turbines, generators, compressors, pumps and fans. The monitors provide alarm and trip relays for machine protection and buffered signals for analysis. In the GCC they are met mainly in power stations, desalination plants, refineries and petrochemical units with Japanese or Korean machinery packages.

Ordering Shinkawa parts: what we need

Shinkawa model codes are long and every field counts. A monitor such as VM-5K-411512-000-000-111-0/IS0/EX5 defines input type, range, options and suffix codes, so please copy the complete string from the module label, including everything after the slashes. For sensors, send the VL or FK model code, probe tip diameter, cable length and the matching driver or converter model, since probe, extension cable and driver work as a calibrated set. A serial number and a photo of the label help us confirm the item in the manufacturer's documentation. Where a model is no longer produced, we propose the successor the manufacturer names.

Frequently Asked Questions

What sensors can the VM-5F monitor?
The VM-5F accepts grounded and non-grounded thermocouples plus 3-wire and 4-wire RTDs for dual-channel temperature measurement.
What alarms does the module provide?
It provides DANGER, ALERT, and input abnormal alarms with LED indicators and relay outputs for plant control integration.
Is a display included?
Yes, real-time temperature readings are shown on an LCD digital indicator with back light, alongside bar graph presentation.
Can the temperature trend be recorded externally?
Yes, isolated recorder outputs are provided for data logging and integration with external data acquisition systems.
Which industries use the VM-5F?
It is used in power generation, oil and gas, and general industry for bearing, oil, and winding temperature protection of rotating machinery.