Speed sensor probes
Explore sensors for detecting passing teeth or other suitable targets. Match sensing principle, target geometry, speed range and installation space.
Browse products →Speed Monitoring
From rotation to a useful signal.
Know what your machine is doing.
Monitor rotational speed, detect standstill or bring a reliable pulse signal into your control system. Build the measurement chain around the target, speed range and information your application needs.
Explore the range ↓Explore by function
Find your starting point.
Zero-speed sensing
Applications that need a signal close to standstill require a suitable sensor principle and monitoring arrangement. Check the selected sensor’s low-speed capability.
Browse products →Tachometers & displays
Turn a sensor signal into a speed indication or monitoring function. Check input compatibility and the outputs needed by your control system.
Browse products →Signal conditioners
Adapt or process the measurement signal where the installation requires it. Confirm signal levels, supply and output format.
Browse products →Pole & pulse wheels
The target is part of the measurement system. Select tooth count, geometry and mounting to suit the sensor and speed range.
Browse products →Cables & accessories
Complete the installation with suitable connections and configuration accessories. Match the exact sensor or instrument variant.
Browse products →Put it to work
What does your application need?
Measure running speed
Use speed feedback for rotating machinery such as motors, pumps and fans. Define both the lowest and highest speed of interest.
Recognise a stopped shaft
Standstill or creep detection needs more than a nominal maximum RPM. Specify how close to zero the system must operate.
Bring the signal to the controller
Plan the sensor, cable, signal interface and receiving device together. Verify electrical compatibility across the chain.
A better enquiry starts here
Four steps towards the right selection.
Describe the target
Include material, wheel diameter, tooth count and geometry. A photo or drawing helps establish a useful starting point.
Define the speed range
Provide minimum and maximum RPM and whether standstill, direction or acceleration information is needed.
Check the installation
Specify available space, mounting thread, temperature, vibration and cable route. Follow the selected sensor’s alignment and air-gap instructions.
Define the receiving device
Tell us the supply voltage, input type and required signal format. Include existing instrument part numbers when replacing equipment.
Go a little deeper.
Component selection · Replacement parts · Projects
Bring us the application.
Already have a part number? Send it with quantity and delivery destination. For a new selection, include:
Machine type, target drawing or photo, tooth count, minimum/maximum RPM, supply voltage, signal output, mounting dimensions and quantity.
Request a quotation →Or email sales@mkcontrols.eu. Drawings, equipment labels and photographs can help clarify the enquiry.
Before you order.
Will every speed sensor detect zero speed?
No. Low-speed and standstill performance depend on sensing principle and the exact product. Specify the requirement before choosing a sensor.
Is there one air gap for all sensors?
No. Use the air gap and target requirements in the selected sensor’s documentation. The illustration is a schematic, not an installation dimension.
Illustrations show application concepts. Confirm the selected product’s ratings, compatibility and installation requirements in its documentation. Manufacturer reference: Istec speed sensors.