Hollow shafts up to Ø 17 mm, solid shafts up to Ø 14 mm (flange or foot mounting)
Extreme acids-, alkalis- and saltwater-resistant (V4A stainless steel housing)
Long-living isolating hybrid bearings
Options: additional speed switch (set ex works), FOC transmitter, cable protection system
| Technical Data | |
| Attribute | Value |
| Supply voltage | 12-30 VDC |
| Signal amplitude | HTL or TTL |
| Pulse rate | 1 - 2048 (set ex works, selectable) |
| Output signals | 0°, 90°, N and inverted signals |
| Maximum frequency | 6000 rpm / 200 kHz |
| Electrical connection |
- Terminal strip in a terminal box - Fixed cable - FOC connector in a terminal box |
| Construction type / Ø shafts |
- Solid shaft (B5, B35) / Ø 11 mm, Ø 14 mm with feather key - Hollow shaft / Ø 16 mm with clamp or Ø 17 mm with taper 1:10 |
| Device temperature range | -25 °C to +85 °C |
| Degree of protection | Up to IP66 |
| Weight | Approx. 3.5 kg |
| Device options |
- S: Electronic overspeed switch, one signal output, set ex works - FOC: Interference-free signal transmission via one fiber optic cable up to 1000 m (built-in FOC transmitter) |
| Mechanical options |
- Additional base mount or intermediate flange (solid shaft design) or torque bracket (hollow shaft design) - Additional cable protection system made of stainless steel |
| Special features and certificates |
- Resistance to corrosive environments (e.g. acids and alkalis) - Suitable for wet areas in rolling mills - Saltwater-proof - Long-living hybrid bearings (isolating against shaft-currents) |
| Acid resistant thanks to stainless steel housing | |
| The incremental encoders FG(HJ) INOX are our acid-, alkali- and saltwater-resistant encoders. Their stainless steel housing ensures they function long-term perfectly under the influence of aggressive media in heavy-industry environments. The encoders are highly resistant to shock and vibration loads; ingress protection up to IP66. They offer high signal quality (HTL, TTL) up to 2048 pulses to guarantee exact measurement results even in particularly harsh operating conditions such as offshore applications or chemical industry. | |