The
Kruger KSC Series Smart Data Acquisition Card is designed for tunnel fans,
providing a digital solution to gather all fan sensor data and transmit it
directly to the PLC via Modbus TCP over LAN. By replacing bulky analog wiring
with a single LAN connection, it reduces installation costs, eliminates signal
loss, and enables faster setup with true plug-and-play convenience. The system
integrates data analytics, vibration analysis, and motor heater control,
allowing preventive and predictive maintenance for a more reliable and
efficient tunnel ventilation system. Each fan is assigned a unique IP address,
ensuring smooth communication and seamless integration with modern tunnel
systems such as sensors, cameras, and SCADA platforms.
|
Category |
Item |
Description / Specification |
|
General |
Power Supply |
18–36 VDC |
|
|
Power Consumption |
4 W (typ.), 24 W (max.) |
|
|
Certification |
CE (EMC & Safety) |
|
|
Enclosure |
IP55 |
|
|
Dimensions (W × L × H) |
200 × 150
× 100 mm |
|
Interface |
Communication Protocol |
Modbus TCP |
|
|
Ethernet Ports |
2 × RJ45 |
|
|
Ethernet Speed |
10/100 Mbps |
|
|
Protocols |
IEEE 802.3 / 802.3u / 802.3az compliant |
|
|
Max Clients |
8 (configurable) |
|
Functions |
|
Data logging and analytics |
|
|
|
Vibration spectrum analysis |
|
|
|
Pre-alarm & alarm notifications to PLC |
|
|
|
Built-in motor heater control logic |
|
|
|
LAN-based Modbus TCP communication |
|
Inputs / Outputs |
Temperature Sensors |
6 × PT100 |
|
|
Vibration Sensors |
2 × (with spectrum analysis) |
|
|
Differential Pressure Sensor |
1 × (for fan-stall detection) |
|
|
Air Velocity Sensor |
1 × |
|
|
Inclination Sensor |
1 × |
|
|
Speed Sensor |
1 × |
|
|
Damper Position Inputs |
2 × (Open / Close) |
|
|
Motor Space Heater |
1 × (built-in control logic) |
(All sensors can be
factory-connected and tested prior to delivery for plug-and-play installation.)
The
Kruger KSC Series Smart Data Acquisition Card is designed for tunnel fans,
providing a digital solution to gather all fan sensor data and transmit it
directly to the PLC via Modbus TCP over LAN. By replacing bulky analog wiring
with a single LAN connection, it reduces installation costs, eliminates signal
loss, and enables faster setup with true plug-and-play convenience. The system
integrates data analytics, vibration analysis, and motor heater control,
allowing preventive and predictive maintenance for a more reliable and
efficient tunnel ventilation system. Each fan is assigned a unique IP address,
ensuring smooth communication and seamless integration with modern tunnel
systems such as sensors, cameras, and SCADA platforms.
|
Category |
Item |
Description / Specification |
|
General |
Power Supply |
18–36 VDC |
|
|
Power Consumption |
4 W (typ.), 24 W (max.) |
|
|
Certification |
CE (EMC & Safety) |
|
|
Enclosure |
IP55 |
|
|
Dimensions (W × L × H) |
200 × 150
× 100 mm |
|
Interface |
Communication Protocol |
Modbus TCP |
|
|
Ethernet Ports |
2 × RJ45 |
|
|
Ethernet Speed |
10/100 Mbps |
|
|
Protocols |
IEEE 802.3 / 802.3u / 802.3az compliant |
|
|
Max Clients |
8 (configurable) |
|
Functions |
|
Data logging and analytics |
|
|
|
Vibration spectrum analysis |
|
|
|
Pre-alarm & alarm notifications to PLC |
|
|
|
Built-in motor heater control logic |
|
|
|
LAN-based Modbus TCP communication |
|
Inputs / Outputs |
Temperature Sensors |
6 × PT100 |
|
|
Vibration Sensors |
2 × (with spectrum analysis) |
|
|
Differential Pressure Sensor |
1 × (for fan-stall detection) |
|
|
Air Velocity Sensor |
1 × |
|
|
Inclination Sensor |
1 × |
|
|
Speed Sensor |
1 × |
|
|
Damper Position Inputs |
2 × (Open / Close) |
|
|
Motor Space Heater |
1 × (built-in control logic) |
(All sensors can be
factory-connected and tested prior to delivery for plug-and-play installation.)
