Absolute shaft encoder, magnetic, CAN SAE J1939 WDGA 58A
Synchro flange;
Housing: Ø 58 mm
16/32-bit Single-turn/Multi-turn;
Shaft: Ø 6 mm / Ø 10 mm
- EnDra® Multiturn Technology: maintenance-free and environmentally friendly
- CAN SAE J1939 protocol
- Forward-looking technology with 32 Bit processor
- 2-colour-LED as indicator for operating condition
- High shaft load up to 220 N radial, 120 N axial
65.536 steps/360° (16 bit)
Multi-turn Resolutionup to 32 bit
Advice: Attention: No option AAS = full IP67 version
Shaft length: L: 12 mm
Max. Permissible shaft loading radial: 125 N
Max. Permissible shaft loading axial: 120 N
Shaft length: L: 20 mm
Max. Permissible shaft loading radial: 220 N
Max. Permissible shaft loading axial: 120 N
Current consumption: typ. 50 mA
Power consumption: max. 0.5 W
LED signaling
Demonstration of the LED status signaling
| Description | |
|---|---|
| CB5 | axial, 5-pin, shield connected to encoder housing |
| Description | |
|---|---|
| CC5 | radial, 5-pin, shield connected to encoder housing |
| Description | |
|---|---|
| L1 | radial, shield connected to encoder housing (IP40) |
| (+) Vcc | BN |
| GND | WH |
| CANHigh | GN |
| CANLow | YE |
| CANGND shield | shield |
| Description | |
|---|---|
| L2 | axial, shield connected to encoder housing |
| (+) Vcc | BN |
| GND | WH |
| CANHigh | GN |
| CANLow | YE |
| CANGND shield | shield |
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| Description | |
|---|---|
| L3 | radial, shield connected to encoder housing |
| (+) Vcc | BN |
| GND | WH |
| CANHigh | GN |
| CANLow | YE |
| CANGND shield | shield |
- Absolute encoders with flange Ø 36 mm / Ø 58 mm
- Single-/Multiturn (16/43)
- Ground-breaking technology 32 Bit processor
- Very high shaft loading, IP67
- EnDra® Multiturn technology: No gears, no battery
- QuattroMag® Singleturn technology: High precision +/- 0,0878°
Download (767 KB)
- Incremental and absolute encoders
- Digital shaft copying
- Made in Germany
- Motorfeedback
- Position Measurement Systems
Download (3.77 MB)
Bellows coupling BK29
for encoder with shaft Ø 6 mm, 8 mm, 10 mm or 12 mm*.
Max. offset of shafts radial: ± 0,25 mm or ± 0,30 mm*
Torsion spring stiffness: 150 Nm/rad or 130 Nm/rad*
Double loop coupling DSK29
for encoder with shaft Ø 6 mm, 8 mm or 10 mm.
No moving parts, thermally and electrically insulating, smooth running, maintenance-free.
Good resistance to
Gasoline, oil, benzene, toluene, aromatic and non aromatic hydrocarbons, alcohols, glycols, solvents and many chemicals.
Double loop coupling DSK38
for encoder with shaft Ø 6 mm, 8 mm, 10 mm or 12 mm.
No moving parts, thermally and electrically insulating, smooth running, maintenance-free.
Good resistance to
Gasoline, oil, benzene, toluene, aromatic and non aromatic hydrocarbons, alcohols, glycols, solvents and many chemicals.
Double loop coupling DSK48
for encoder with shaft Ø 10 mm, 12 mm or 14 mm.
No moving parts, thermally and electrically insulating, smooth running, maintenance-free.
Good resistance to
Gasoline, oil, benzene, toluene, aromatic and non aromatic hydrocarbons, alcohols, glycols, solvents and many chemicals.
The encoder WDG 58A CAN SAE J1939 can be supplied in a IP67 version.
(full IP67 only connection CB5, CC5, L2 or L3 version; not cable connection L1 = IP40).
Max. RPM: 3500 min'-1
Permitted Shaft-Loading: axial 100 N; radial 110 N
Starting-torque: approx. 4 Ncm at ambient temperature
The encoder WDGA 58A CAN SAE J1939 is also available with fixed 120 Ohm terminating resistor.
The encoder WDGA 58A CAN SAE J1939 shaft: Ø 6 mm is also available with a shortened shaft L = 10 mm.
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