| Brand | ELOBAU |
|---|---|
| Order number | N6SCC000H2-001, N6SCC0D2H2-001, N6SCC0D2V2-002, N6SCC000V2-001, N6SCC001H2-001, N6SCC001V2-001, N6SCC002H2-001, N6SCC002V2-001, N6SCJ0D2H2-001, N6SCJ0D2V2-001, N6SCJ000H2-001, N6SCJ000V2-001, N6SCJ001H2-001, N6SCJ001V2-001, N6SCJ002H2-001, N6SCJ002V2-001 |
ELOBAU Tilt sensor N6 static CAN
- Brand
- ELOBAU
- Part number
- N6
- Order number
- N6SCC000H2-001+15 variants, see Ordering information
- High precision in (quasi-)static systems or with slow machine movement
- Inclination range single axis ±180° / double axis ±90°/±180°
- Various software filters available for precise output signals
Price and lead time on request — add this part to your quote list and we will reply with pricing and availability.
The tilt sensor N6 static is available in the variants 4-20 mA, 0.5-4.5 V, CANopen, SAE J1939. Due to its robust design and high resistance to shock and vibration, it is often used to measure inclination in construction machinery, agricultural machinery, industrial trucks and harsh industrial environments.
N6 static – developed for even higher safety, reliability, functionality and flexibility.
Are you interested in our N7 tilt sensors? Then take the opportunity to order our customer sample box! Here you can choose between four different variants – customised to your needs.
Features
- High precision in (quasi-)static systems or with slow machine movement
- Inclination range single axis ±180° / double axis ±90°/±180°
- Various software filters available for precise output signals
Technical specifications
| Type | N7 dynamic Dynamic application |
|---|---|
| Output signal | CANopen + Relais |
| Baudrate | 250 kbit/s |
| Cycle time | 10 ms |
| Node ID | 32 |
| Connector | Deutsch DT04-08PA |
| Measuring range | ±90°/±180° (X-/Y-axis, dual axis, horizontal mount) |
| X-axis | ±90° |
| Y-axis | ±180° |
| Relay linkage | Relay 1 = X1/X3 Y1/Y3, Relay 2 = X2/X4 Y2/Y4 |
| Switching point | X1 = 5° |
| Switching point | X2 = 10° |
| Switching point | X3 = 5° |
| Switching point | X4 = 10° |
| Switching point | Y1 = 5° |
| Switching point | Y2 = 10° |
| Switching point | Y3 = 5° |
| Switching point | Y4 = 10° |
| Switch-on delay | no delay |
| Switch-off delay | no delay |






