technical data
housing dimensions | 400 x 250 x 160 mm (W x H x D) |
power supply | 100 … 240 V / 50 … 60 Hz |
operating voltage | 24 V DC, about 20 watts |
water hardness range raw water | 0.9 mmol/l to 8.9 mmol/l |
threshold value range soft water | 0.009 mmol/l to 0.18 mmol/l |
CLACK® types | TWIN; WS 1.0; WS 1.5; WS 2.0; WS 3.0 |
Cost-effectively operation of softener
with CLACK® control heads
SaveCost C
Is the "guardian" for a water softener that works specifically with CLACK® control heads. The parameterized hardness limit value is monitored and the regeneration of the columns is triggered at the CLACK® control head, if necessary. In addition to greater operational safety, the softener generates up to 160% more soft water with less flushing water and salt. This also reduces operating costs by up to 60%.
monitoring & control on CLACK® softeners:
- use for TWIN, WS 1.0; WS 1.5; WS 2.0 and WS 3.0
- monitoring the amount of soft water produced with a hardness sensor
- triggering forced regeneration when capacity is exhausted
at a glance
- quality control operating mode
- automatic change to quantity control (if required)
- determination: additional yield of soft water, number of regenerations
- automatic self-monitoring
- chronological storage of operating data in the electronic operating diary (USB stick)
- optional: LAN data interface (modbus)
- optional: brine and salt storage tank control with alarm via e-mail (WLAN network required)
ideal solution for
- water softener with CLACK® control heads
prevents
- too much use of salt and rinse water
- too many regenerations
- unnecessary maintenance
advantages
- optimal utilization of the softener columns
- more soft water (up to 160%)
- more operational safety
- lower operating costs (up to 60%)
- less rinse water and salt (ecological operation)
CLACK® : registered trademark of Clack Corporation
further products
OFS GmbH
Softcontrol Data
visualized residual hardness control by display
individually and clearly arranged
FWS-Control
control of feed water and steam boiler with quality controlled dosage
for more efficiency and cost savings
O2-Control
monitoring of feed water with qualitative dosage
for improved efficiency of boiler operation