Attribute |
Details |
---|---|
General Information |
|
Product Type |
Wireless Interface System (WIS) Module |
Model |
NDS-F146-8E2-V1 |
Manufacturer |
Pepperl+Fuchs |
Technical Specifications |
|
Sensor Inputs |
8 independent channels for 3-wire DC PNP sensors (switched high) |
Supply Voltage |
12 V DC ±10% (overload- and short-circuit resistant) |
Input Current |
≤ 1 mA (low-energy design for efficient power usage) |
Transfer Power |
Max. 2.5 W (1.5 W at 5 mm distance for stable signal transmission) |
Internal Resistor |
15 kΩ (ensures signal integrity and noise reduction) |
Mechanical Design |
|
Dimensions |
Compact design suitable for space-constrained installations |
Weight |
140 g (lightweight for flexible mounting) |
Connection Type |
Direct interface for sensor signals with secure wiring compatibility |
Max. Cable Length to Transmitter |
≤ 5 m (maintains signal reliability and minimizes interference) |
Environmental Ratings |
|
IP Rating |
IP65 (protected against dust ingress and low-pressure water jets from all directions) |
Operating Temperature Range |
0°C to +50°C (ambient, suitable for moderate industrial environments) |
Storage Temperature Range |
-25°C to +85°C (ensures resilience during transportation and long-term storage) |
Reliability & Safety |
|
MTTFd (Mean Time To Failure) |
465 years (estimated reliability for non-safety-critical applications) |
Mission Time (Tm) |
20 years (long-term operational lifespan) |
Diagnostic Coverage (DC) |
0% (suitable for basic automation setups without integrated diagnostics) |
Certifications |
|
Approvals |
CCC exempt (products rated ≤36 V DC do not require marking) |
Compliance Standards |
Designed to meet industrial safety and performance requirements for factory automation |
Compatibility |
|
Connectable Sensors |
DC, 3-wire, PNP sensors (switched high), ensuring broad compatibility with common industrial sensor types |
Applications |
Industrial automation systems, conveyor networks, robotic integration, and multi-sensor setups requiring centralized signal management; ideal for environments with moderate dust/water exposure and space constraints. |