HK6-C / HK6-F
The HK6-C and HK6-F microwave measuring devices offer a reliable solution for continuous concentration and BRIX measurement – optimized for applications in the sugar industry. Both versions are based on the latest digital microwave technology and ensure maintenance-free, precise measurements even under difficult conditions.
The difference lies in the operation
While the HK6-C is designed as a compact device with integrated operation, the HK6-F is ideal for measuring points that are difficult to access. It can be operated via a separate remote control or from a PC – with consistent measuring accuracy.
Features at a glance
Product description
The device works with low-power electromagnetic waves. These are coupled into the measuring medium via an antenna and received by a second antenna. The water content or dry mass is precisely determined based on the power and phase position of the received wave.
The advantage of transmission measurement: the technology delivers reliably accurate results even with inhomogeneous products.
Visualization of the transmission measurement in inhomogeneous products
What sets the HK6-C and HK6-F apart
Self-cleaning sensors
(CLN option)
Equipped with automatic rinsing function, ideal for continuous production processes.
Network capability
Optional RS485 interface for integration into bus systems with up to 16 devices and visualization via the “HK6 Display” software.
Versatile installation
The device is pre-calibrated and equipped with a DN65 PN6 flange. Other flange sizes on request.
Technical data
Measuring method
Assembly technology
Die-cast aluminum housing:
200 x 140 x 90 mm
IP65 / NEMA 4
Connections
Power supply:
100 – 240 V AC optional 24 V DC
Analog outputs:
2x 4 – 20 mA
Temperature sensor:
NTC
PC interfaces:
RS 232 or RS 485
PROFI-BUS-DP:
User interface
Operation:
HK6-C: 6 softkeys integrated in the membrane keypad on the device
HK6-F: Remote control
Display:
2x 24 characters with backlight
Temperature ranges
Ambient temperature:
-20 °C to +85 °C
Product temperature:
≥0 °C to +130 °C
on request +140 °C
Sensors
Design: