Hollow shafts up to approx. Ø 1500 mm and for high speeds
Bearingless, extremely rugged and nonwearing, contactless scanning
Up to 16 bit singleturn, variety of interfaces
Options: Several scanning heads (absolute and/or incremental), split pulse wheel, protection covers made of stainless steel or carbon fiber reinforced plastic (CFRP)
| Technical Data | |
| Attribute | Value |
| Supply voltage | 12-30 VDC |
| Resolution | Singleturn max. 16 bit (65536 steps per rotation) |
| Number of interfaces | Several interfaces possible per system |
| Interface/Product Name |
- EtherCAT (binary) | MAGA E - SSI (binary or gray) | MAGA S - Parallel (gray) | MAGA P - Output data: Position, speed, sample time (SSI: position only). |
| Maximum rotation | Depends on mechanical design |
| Electrical connection |
- Terminal strip in a terminal box - Fixed cable - 12-pole round connector Burndy - 12-pole round connector M23 - Fieldbus box |
| Construction type / Ø shafts |
Hollow shaft / up to approx. Ø 1500 mm - Axial tolerance: ±3 mm (offset scanning head/pulse wheel), optional up to ±8 mm - Radial tolerance: Up to 1.0 mm (air gap scanning head/pulse wheel) |
| Device temperature range | -40 °C to +85 °C |
| Degree of protection | IP66 to IP68 |
| Weight | Size dependent |
| Device options |
Extend system with functions of MAG Inkremental: - Additional incremental output (separate scanning head) - Additional magnetic track with reference pulse - Overspeed switch with switching speed (0.63 to 5600 rpm) set ex-works - Incremental signals via fiber optic cable (50 / 125 μm or 62.5 / 125 μm) |
| Mechanical options |
- One-piece or split pulse wheel - Protection covers made of stainless steel (AISI 304) or carbon fiber reinforced plastic (CFRP), also available for split pulse wheels |
| Special features and certificates | UL/CSA |
| The flexible position determiners | |
| The bearingless, magnetic MAGA absolute encoder systems are particularly flexible; thanks to the version with pulse wheel and scanning head they offer the highest levels of design freedom. They are suitable for direct attachment to shaft diameters up to approx. 1500 mm. Thanks to their narrow width of just 48 mm they are also particularly suitable for use in confined spaces. The pulse wheel is mounted directly onto the shaft where it also measures high speeds without any difficulty, for example on test stands. MAGA encoder systems are suitable for harsh operating conditions, for example, to determine the exact position of the shaft in automatic crane systems. The module variant with split pulse wheel offers a practical alternative for retrofitting and upgrading purposes or if there is no free shaft end available - with protection covers made of stainless steel or carbon fiber reinforced plastic (CFRP) on request. | |