DEMAC range · Quotations and technical advice on request
LR sensors from 10 to 50 m depending on model. Outputs in volts, mA or CANbus; specify part numbers, measurement suffixes and mounting.
| Product type | Length sensor |
|---|---|
| Application | Electrical cable, Mobile machinery and cranes |
| Rewind mechanism | Automatic (spring rewind) |
| Material | Painted steel |
| Voltage | 24 V, 50 V |
| Current | 1 A |
| Number of conductors | 3x, 4x, 7x, 12x |
| Cross-section | 0.5 mm², 0.34 mm², 1.5 mm² |
| Length | 10 m, 12 m, 15 m, 20 m, 23 m, 30 m, 32 m, 40 m, 50 m |
| Length range | Up to 15 m, 15 to 30 m, 30 to 50 m |
| ATEX zone | No |
| Maximum fluid temperature | 60 °C, 80 °C |
| Technical drawings | LR — one length sensor LR — two length sensors Separate drawings apply to different part numbers or configurations. Check the captions to select the matching drawing. |
LR series: travel from 10 to 50 m depending on the cable. Ten measurement configurations, with one or two length sensors and, depending on suffix, inclination measurement. IP 65.
Record the full code and suffixes, quantity and existing connections; a nameplate photograph is useful. For a configuration, specify travel, required output and mounting.
Outputs in volts, milliamperes or CANbus depending on suffix. The catalogue offers model/O layout and a -40 to +80 °C configuration.
| Suffix | Length | Angle | Angular accuracy | Power supply | Output |
|---|---|---|---|---|---|
| .1PV | 1 sensor | — | — | 24 V DC | Volts |
| .1PA | 1 sensor | — | — | 24 V DC | Milliamperes |
| .1PIV | 1 sensor | 1 sensor | 0,4° | 10 to 30 V DC | Volts |
| .1PIA | 1 sensor | 1 sensor | 0,4° | 10 to 30 V DC | Milliamperes |
| .1PIB | 1 sensor | 1 sensor | 0,01° | 10 to 30 V DC | CANbus |
| .2PV | 2 sensors | — | — | 24 V DC | Volts |
| .2PA | 2 sensors | — | — | 24 V DC | Milliamperes |
| .2PIV | 2 sensors | 1 sensor | 0,4° | 10 to 30 V DC | Volts |
| .2PIA | 2 sensors | 1 sensor | 0,4° | 10 to 30 V DC | Milliamperes |
| .2PIB | 2 sensors | 2 sensors | 0,01° | 10 to 30 V DC | CANbus |
Suffixes .1PV, .1PA, .2PV and .2PA are specified with length linearity of 0,25 %. Versions with inclination measurement: range 0–360°. CANbus versions .1PIB and .2PIB specify 7,5 Hz and 10–1 000 kbit/s.
The 17 entries from pages 69 and 71 are grouped here: dimensions in millimetres, travel in metres. Replace X with the measurement suffix selected in the preceding table.
| Poles | Cable | Ø cable | Travel | Model | A | B | D | Mass |
|---|---|---|---|---|---|---|---|---|
| 0 | Steel wire rope | 1,5 | 20 | LR 320.20.X | 222 | 400 | 320 | 14 kg |
| 0 | Steel wire rope | 1,5 | 30 | LR 420.30.X | 222 | 473 | 420 | 20 kg |
| 3 | 3xAWG25 screened | 3,8 | 20 | LR 320.032520.X | 222 | 400 | 320 | 15 kg |
| 3 | 3xAWG25 screened | 3,8 | 32 | LR 420.032532.X | 222 | 473 | 420 | 21 kg |
| 3 | 3xAWG25 screened | 3,8 | 40 | LR 420.032540.X | 222 | 473 | 420 | 21 kg |
| 3 | 3xAWG25 screened | 3,8 | 50 | LR 520.032550.X | 271 | 570 | 520 | 25 kg |
| 5 | 4xAWG26 screened | 4,0 | 20 | LR 320.052520.X | 222 | 400 | 320 | 16 kg |
| 5 | 4xAWG26 screened | 4,0 | 32 | LR 420.052532.X | 222 | 473 | 420 | 22 kg |
| 5 | 4xAWG26 screened | 4,0 | 40 | LR 420.052540.X | 222 | 473 | 420 | 22 kg |
| 5 | 4xAWG26 screened | 4,0 | 50 | LR 520.052550.X | 271 | 570 | 520 | 25 kg |
| 7 | 7x0,34 screened | 6,3 | 10 | LR 320.073410.X | 222 | 400 | 320 | 17 kg |
| 7 | 7x0,34 screened | 6,3 | 30 | LR 420.073432.X | 222 | 473 | 420 | 23 kg |
| 7 | 7x0,34 screened | 6,3 | 40 | LR 520.073440.X | 271 | 570 | 520 | 26 kg |
| 12 | 12x0,5 screened | 10,7 | 12 | LR 420.120512.X | 253 | 498 | 420 | 22 kg |
| 12 | 12x0,5 screened | 10,7 | 15 | LR 420.120515.X | 253 | 498 | 420 | 22 kg |
| 12 | 12x0,5 screened | 10,7 | 20 | LR 420.120520.X | 253 | 498 | 420 | 22 kg |
| 12 | 12x1,5 screened | 15,5 | 23 | LR 520.121523.X | 325 | 596 | 520 | 29 kg |
The 7x0,34 mm², 30 m entry bears code LR 420.073432.X. The five-pole column is associated with the 4×AWG26 screened cable. These details are reproduced as published and should be confirmed against the connection diagram.
Tell us the measuring travel, required output signal and mounting method.