17
11
TDS
Calculated TDS (PPM)
12
Current Warnings/Faults
0x00 = none;
0x01 = low conductivity warning;
0x02 = high conductivity warning;
0x80 = flow switch shut-down;
0x81 = low conductivity shut-down;
0x82 = over-current shut-down;
0x83 = bridge temperature shut-down;
0x84 = micro temperature shut-down;
0x85 = unexpected fault shut-down;
13
Time to Clear
Time before fault is cleared and re-start attempted (s)
14
Set Current
What the unit is pre-set to regulate current to when at 100% (mA)
15
Target Current
What current the unit is currently regulating towards (allowing for
faults, ramping up/down at start-up/shut-down) (mA)
16
Duty
Calculated duty based on Pot Position (% time on in 10 min block)
17
Rise/Fall
MSB is time (s) of start-up ramp; LSB is time (s) of shut-down ramp
18
Reverse Time
How long the reversal period of the cell is (minutes)
19
Uptime LSBs
Lowest 16-bits of uptime (time unit has been powered in minutes)
20
Runtime LSBs
Lowest 16-bits of runtime (time cell has been active in minutes)
21
Uptime and Runtime MSBs MSB is Uptime MSB (total 24-bit)
LSB is Runtime MSB (total 24-bit)
22
Microcontroller ID
ID number of embedded micro-controller
23
Microcontroller Revision
Revision number of embedded micro-controller
24
Software Version
Software Version
102
Serial Number
Unique serial number
The following registers have write access (using MODBUS function 6) available: -
Register Name
Description
Allowable
16
Duty
Set duty output (% time on in 10 min block). Re-sets if control knob
physically rotated.
0 – 100
18
Reverse Time Set reversal time in minutes.
Shorter reversal times mean less opportunity for scale build-up but
reduce plate life.
Longer reversal times mean more opportunity for scale build-up but
increase plate life.
Default is 480 minutes (8 hours)
240 - 720
MAINTENANCE
The power supply
Little maintenance is typically required, however it is essential that the wall to which the unit is installed be
sprayed (not the unit itself) periodically with a good surface type insect repellent, since penetration by insects
may cause damage which is not covered by your warranty.
The electrolytic cell
The EcoMatic COMM system uses reverse polarity cleaning system to clean the cell and reduce operational
maintenance. In ideal conditions reverse polarity systems will require little or no manual cleaning, however
in areas with hard water (high calcium hardness), reverse polarity systems may require occasional manual
cleaning. Calcium and other minerals are deposited on the cell plates as electrolysis takes place. This build
up will interfere with the flow of electrical current and water in the cell and thus lowers sanitizer production.
ENGLISH
ENGLISH
