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
HWA Analyzer
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