New:  

pulse encoder with 1024 pulses and in "Atex 100a"

MIG – Incremental magnetic pulse generator

INVERTEK distribute an "intelligent“ intermediate flange which considerably simplifies the measurement of speed and sense of rotation as well as the connection with coordinating
control systems. What was previously only possible with time-consuming assembly and addons to drive systems is now possible in an easy and economical way both in new and existing installations.

This MIG magnetic incremental rotary transmitter is designed as an intermediate flange which is simply installed between the motor and the machine flange. This makes the integration of incremental position encoders in drive systems much easier – no matter whether you use it for speed measurement, for positioning control, dosage control or for synchronisation control.

Die Vorteile des MIG-Drehimpulsgebers

• Compact design: depending on the size, only 7, 10 or 12 mm ( by MIG 1024 = 9 and 12mm ) flange thicknesses are needed for installation.
• Simple installation: the flange and sensors are directly fastened to the motor and the magnetic ring is placed directly on the motorshaft.
• Suitable for all IEC flange motors with sizes between 56 and 180.
• Also suitable for other flange connections such as d.c. motors, hydraulic/compressed
  air motors, pumps etc.
• No mechanical modifications required for assembly.
• Tried and tested measurement principle: two Hall-sensors receive the signals for speed and direction of rotation. This allows precise measurements without wear and tear or maintenance requirements.
• Installation: Between the motor and the machine flange; this provides mechanical
  protection, sealed between the motor and machine flange; protection type IP 67
• Universal HTL Signal for all standard evaluations (PNP, NPN, RS 422).
• Cost effective solution which is also suitable for the economic retro-fitting of drives.
• Short-circuit proof, polarized and overvoltage protected transmitter electronics, in SMD technology; fully integrated into the flange.
• The monitoring system can be positioned up to 1000 m away from the transmitter.
• The pulse number can be doubled or quadruplicated.