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DIGITAL
INTELLIGENCE
ANALOGUE
PRECISION
Discover now
Versatile program modes
FSG programming software offers a wide range of programming modes tailored to various requirements and applications. Whether you need the highest precision or prefer fast and efficient calibration – our software has the right mode for you.
4-point calibration
3-point calibration:
2-point calibration
(CCW)
2-point calibration
( CW )
4-point calibration:
This mode is ideal for applications requiring the highest accuracy and precision. Calibration at four different points ensures optimal adjustment and measurement accuracy.
3-point calibration:
Perfect for medium accuracy, this mode offers a balanced combination of precision and efficiency, suitable for a wide range of industrial applications.
2-point calibration (CW & CCW)
This mode allows for quick and efficient calibration, both clockwise (CW) and counterclockwise (CCW). Especially useful for simple and rapid adjustments.
01 |
Rotary Encoder
The Rotary Encoder is connected to the connector via cable connections. The relevant pins are for power supply (V+), output signal (OUT1A), and ground (GND).
Rotary encoder / MH609-P
02 |
connector
This connector serves as an interface between the rotary encoder and the PC. It features screw terminals and Sub-D connectors for connection to the rotary encoder and for power supply.
connector
03 |
FSG software
The FSG programming software is installed on the PC. This includes the installation of function libraries and USB drivers for the connector.
After installation, the connector's firmware is updated to support the specific requirements of the Rotary Encoder.
FSG calibration software
Here's how it works
ENDLESS POSSIBILITIES ARE
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Possible areas of application
FOR EVERY APPLICATION
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Construction machine
Ship
Rail transport
Mining
Agricultural technology
transport
logistics
medicine
Offshore
Gehäuse Synchrogröße
9
Gehäusematerial
Alu, eloxiert
Gehäuseschutzart
IP65
Wellendurchmesser
3 mm
Wellenmaterial
Edelstahl
Wellenlagerung
Kugellager
Anschlussart
Kabel
Befestigung
Klammerbefestigung
Gewicht
80 g
Drehwinkel max.
360°
Umdrehungen max.
1
Messsystem
magnetisch, Hallsensor
Ausführung
redundant
Signalausgang
2x 0,5–4,5 V
Bürde min.
10 kΩ
Genauigkeit typisch
0,50%
Auflösung
12 bit
Speisung
5 V DC
Stromaufnahme
<30 mA
Temperaturbereich
–40 °C bis +105 °C
Temperaturkoeffizient
0,1° / 10 K
EMV*
ISO 13766-1/-2, EN 61000-6-2/-4
Vibration*
4 g Sinus, 5–100 Hz
Schock*
25 g, 6 ms
electrical data
Technical details
small, robust and
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Features of the MH609-P
Miniature rotary encoder (analog) with redundant Hall sensor
Detectable angular ranges 0 – 360°
Rotation angle freely programmable by the user up to 360°
Ideal for position detection in joysticks, command transmitters or drive switches.
Interface for signal output: 4–20 mA, 0.5–4.5 V or CANopen
InnoTrans
Hall 27 | Booth 321
September 22nd – 25th
or
You are visiting us on the
Do you have questions
Contact us:
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the advantages
SIMPLE, EFFICIENT, PRECISE
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Discover how our MH609-II-MU-P analog Rotary Encoder can take your industrial applications to the next level and benefit from its many advantages.
1 |
VERSATILITY
Program the rotary encoder yourself for different operations, eliminating the need for a large inventory of different encoders. This gives you the flexibility to customize your applications.
2 |
COST SAVINGS
Since only a single rotary encoder can be used for various applications, extensive stockpiling of different encoder types is unnecessary. Furthermore, failures and errors can be rectified by the customer independently, without incurring additional service costs.
3 |
USER-FRIENDLY USE
The rotary encoder is configured via the user-friendly FSG software, without requiring any special prior knowledge of digital interfaces.
4 |
MECHANICAL RELIABILITY
The MH609-P Rotary Encoder is characterized by its robust design and can be used even under harsh environmental conditions. Its compact size makes it particularly suitable for applications with limited space.
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