MIG NEMA - NEMA
High Quality Products
BEGE MIG NEMA Serie – NEMA Encoders
Optimize the production process and avoid redesigning your machine with the integration of the BEGE MIG NEMA Encoder; the patented NEMA flange encoder for ultra-precise positioning for the North-American machine builders. The MIG encoder makes highly accurate positioning tasks easy to perform and is compatible with virtually all controls (HTL and TTL).
This compact, dustproof and fully shock and water-resistant flange encoder is specially designed for applications in hygienic or corrosive environments such as food production and marine industry. The combination of all features makes the MIG NEMA encoder the right solution for when precision counts.
BEGE MIG® NEMA Encoders: features & benefits
Technical specifications & more info
Technical specifications
Connecting voltage Ub | 5 - 24V DC |
Max. impulse frequency (kHz) | ≤ 100 |
Max. speed (rpm) | 6.000 (1.024 pulses) 3.000 (2.048 pulses) |
Output signals | A+B, -A-B/90° |
Impulses / rotation | 1 - 2.048 |
Interface | HTL (Push-Pull) TTL |
External evaluation | NPN, PNP, RS422 |
Temperature range | -30°C to +80°C |
Connection cable | PUR-sheath 6 x 0,14 screened |
Protection class | Standard IP55 IP67 (see catalogue) |
Certificates | CE |
Variations
NEMA Size | 56-286 |
Flange diameter (inch) | 6 5/8 - 14 5/8 |
Shaft diameter (inch) | 5/8 - 1 5/8 |
Flange & hub material | Aluminium Stainless steel |
Max. cable length | max. 100 m at 5V DC max. 20 m at 24V DC max. 50 m at 24 VDC and impulse frequency max. 50 kHz |
Flange design | IEC NEMA Cover 4-pin plug (not for TTL) |
Optional features
Suitable for hydromotor
Increased temperature range
Deviating rotor bore
Customer-specific flange
Repair & Maintenance
Is a current component or drive system in need of maintenance or repair? BEGE has extensive knowledge of a wide variety of drives and systems. We guarantee a rapid resumption of operational procedures.
Your Reliable Partner in Drive Solutions
We make life easier for industrial enterprises by creating, optimizing and maintaining high-quality drives.