Industrial Measurement Technology for Energy, Process & Machinery – 3-Phase Meters, Panel Instruments & Transmitters
- SKU:
- AF500ff
- Variations in:
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- Supply Voltage
- SKU:
- MB-3ff
- Variations in:
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- Mounting/auxiliary voltage
- SKU:
- CVT500-1/5-125/250ff
- Variations in:
-
- Supply Voltage
- SKU:
- FT500ff
- Variations in:
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- Supply Voltage
- SKU:
- GMUD MP-ff
- Variations in:
-
- Measuring Range:
- Item weight:
- 0,28 kg
- SKU:
- GMUD MP-F-MBF
- SKU:
- GMUD MP-S-MBS
- SKU:
- GODOX-200-PS
- SKU:
- GODOX-200-ST
- SKU:
- GPHU014MP-BNC_ff
- Variations in:
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- Analog Output
- measuring range: 0.00 - 14.00pH
- LCD display
- automatic and manual temperature compensation
- external Pt1000 temperature probe connectable
- BNC socket for sensor connection
- sensor input electrically isolated
- 2-point calibration
- analogue output: 4-20mA or 0-10V
Please send a message to priggen@priggen.com
Which products are included in the “Industrial Measurement Technology” range at PSE Priggen?
The “Industrial Measurement Technology” range includes 3-phase power meters, panel instruments for control panels and switchboards, tachometers, limit switches and signal transmitters. These devices allow you to measure, display, monitor and integrate electrical and process values in industrial plants and machinery.
What are 3-phase measuring instruments used for?
3-phase meters are used for monitoring and analysing three-phase power systems. They measure, for example, voltages, currents, active, reactive and apparent power, energy, frequency and often harmonic distortion. Typical applications include power distribution, panel building, machine and plant engineering, energy management and power quality monitoring.
What are panel instruments and where are they used?
Panel instruments are meters that are permanently mounted in control panels, switchboards or machine fronts. They continuously display key process values such as voltage, current, power, frequency, temperature or pressure and provide quick visual feedback directly at the installation. They are used in power distribution, test benches, machinery and building services.
What is the role of tachometers and limit switches in industrial measurement technology?
Tachometers measure the speed of shafts, motors or fans and are used for process control, regulation or condition monitoring. Limit switches monitor values such as current, voltage, temperature or speed for upper or lower thresholds and activate relay or alarm outputs when limits are reached, helping to protect equipment and trigger warning
What does a signal transmitter do and why do I need it?
Transmitters convert sensor signals – for example from current transformers, voltage inputs, temperature probes or process signals – into standardised output signals (such as 0…10 V, 4…20 mA or digital interfaces like RS-485/Modbus). These can then easily be fed into PLCs, controllers, SCADA systems or data loggers. Transmitters thus form the key link between field sensors and automation systems.
Which industries and applications is PSE Priggen’s industrial measurement technology suitable for?
Our products are used in industry, power utilities, machine and plant engineering, building services, test benches, laboratories and infrastructure/utilities. Typical applications include monitoring power systems, energy and load measurement, process monitoring, condition monitoring, panel and machine indication as well as integrating process values into control and SCADA systems.
Can industrial measuring instruments be connected to PLCs, SCADA systems or data loggers?
Yes. Many 3-phase meters, panel instruments and transmitters provide analogue outputs (e.g. 4…20 mA, 0…10 V) and/or digital interfaces such as RS-485/Modbus. This makes it easy to integrate measurement values into PLCs, SCADA systems, building management and data logging solutions. The technical data sheets specify which interfaces and protocols are supported.
Can you help me select the right industrial measuring equipment for my application?
Yes, absolutely. If you tell us about your application, target parameters (e.g. voltage, current, power, speed), network or process details, required interfaces and mounting type (DIN rail, panel, cabinet), we will recommend suitable 3-phase meters, panel instruments, transmitters, tachometers or limit switches – and if required, a complete, well-matched package for your plant.
- Available
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: 11 - 13 Workdays (DE - int. shipments may differ)
- Available
-
: 11 - 13 Workdays (DE - int. shipments may differ)
Industrial measurement technology for machines and processes
Industrial measurement technology comprises instruments, sensors and transmitters used to monitor and control machines, plants and energy systems. This category includes 3-phase power meters, panel instruments, tachometers, limit switches and transmitters for current, voltage, temperature, pressure and other process variables.
Energy and power measurement
Three-phase power meters and analyzers measure currents, voltages, active and reactive power and harmonics. They support energy optimization, load monitoring and power quality analysis in industrial installations.
Panel instruments and displays
Panel meters and process indicators display measured values directly in control panels or operator stations. They offer scalable inputs, alarm relays and interfaces for integration into control systems.
Transmitters and limit switches
Transmitters convert sensor signals into standardized current or voltage outputs and simplify connection to PLCs and SCADA systems. Limit switches monitor threshold values and trigger alarms or control actions when limits are exceeded.
Industries and applications
Typical applications include machinery and plant engineering, power generation and distribution, chemical and process industries, building automation and water/wastewater treatment.
Benefits of professional industrial instrumentation
Professional devices provide high accuracy, long-term stability and robust designs for harsh industrial environments. Flexible interfaces and configuration options facilitate integration into existing systems.