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ILC3
INTELLIGENT WIRE ROPE SENSOR
1.- DESCRIPTION:
The ILC3 intelligent wire rope sensor provides the most easy and precise method to control the load in traction elevators. Its easy installation (5 min.) and calibration through the diameter of the ropes makes it the perfect device for modernisations as well as for new installations.
2.- FEATURES:
| - Automatic calibration per wire rope diameter. No need to use any known weight to calibrate it. |
| - Very easy installation (5 min). |
| - Universal clamp to fix all wire ropes. |
| - SW to correct compensating chain. |
| - 3 programmable alarm values (Presence, Full Load and Overload). |
| - Display to visualize the real weight. |
| - EEPROM to save data. |
| - 4 keys to program all parameters. |
| - Analogical output: 0-20 mA ; 0-24 mA ; 4-20 mA. |
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3.- CHARACTERISTICS:
| ELECTRICAL |
MECHANICAL |
TEMPERATURE |
| POWER SUPPLY VOLTAGE |
24-48 Vdc |
OPERATING CAPACITY (RC) |
6000 Kg 10000 Kg |
TEMP. EFFECT ON OUTPUT |
< +/- 0.01% / ºC |
| DISABLING INPUT |
24-220 Vdc/ac |
SAFE LOAD |
150% RC |
TEMP. EFFECT ON ZERO |
< +/- 0.02% / RC |
| RELAY CONTACTS |
250V 3A |
ULTIMATE OVERLOAD |
200% RC |
OPERATING TEMPERATURE |
- 10ºC / 50ºC |
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DEFLECTING AT OVERLOAD |
< 0.5 mm |
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| HYSTERESIS |
< 0.1% RC |
| TOTAL ERROR |
< 0.5% RC |
| WEIGHT |
3.5 Kg |
4.- DRAWINGS:
| INSTALLATION ON CABIN |
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INSTALLATION ON WIRE ROPES |
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DIMENSIONS |
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CONNECTION |
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5.- MANUALS:
6.- VIDEOS:
7.- ORDERING INFORMATION:
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| 08 |
Ø - 8 mm |
| 09 | Ø - 9 mm |
| 10 | Ø - 10 mm |
| 11 | Ø - 11 mm |
| 12 | Ø - 12 mm |
| 13 | Ø - 13 mm (1/2 inch) |
| 14 | Ø - 14 mm |
| 15 | Ø - 15 mm |
| 16 | Ø - 16 mm (5/8 inch) |
| 17 | Ø - 17 mm |
| 18 | Ø - 18 mm |
| 19 | Ø - 19 mm |
| 20 | Ø - 20 mm |
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| 1 |
Size 1 (B = 75 mm) |
| 2 | Size 2 (B = 115 mm) |
| 3 | Size 3 (B = 160 mm) |
| 4 | Size 4 (B = 188 mm) |
| 5 | Size 5 (B = 263 mm) |
| 6 | Size 6 (B = 317 mm) |
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| 0 |
No Indicator |
| 1 | Basic Indicator "ML" Model |
| 2 | Progressive Indicator "MP" Model |
| 3 | Progressive Indicator "LPM" Model |
| 4 | Basic Model "PL" Model |
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Last Updated ( Friday, 10 July 2009 12:38 )
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