Power options for urinal electronics with remote release
• Mains variant:
The TECE transformer (order no. , order sepa-
rately) transforms V AC to V DC.
• Battery operation:
x CR Lithium – 6 V
Based on a service life of two years, the battery lasts for
• , flushes or
• approx. flushes/day.
Technical data
Using the following flow diagram, you can calculate the
flush volume for the urinal pressure flushing system
depending on mains pressure and flush time.
Urinal flow diagram
Example:
Mains pressure bar: flushing flow = . l/s
Flush time e.g. . s: flush volume approx: litres
Urinal infrared electronics, V battery
Minimum flow pressure . bar
Max. operating pressure bar
Flow rate at bar . l/s
Operating voltage V DC
Power input W
Max. power input W
Battery type Lithium V, CR
Battery service life approx. years
Protection class III
Safety extra low volt
age (SELV)
Flush time, factory setting s
Flush time, setting range - s
Pre-flush, factory setting o
Pre-flush, setting range .- s
Pause function, factory setting o
Hygiene flush, factory setting o
Urinal infrared electronics V mains
Minimum flow pressure . bar
Max. operating pressure bar
Flow rate at bar . l/s
Mains voltage V
Operating voltage V ( ± %)
Power input W
Max. power input W
Protection class III
Safety extra low
voltage (SELV)
Flush time, factory setting s
Flush time, setting range - s
Pre-flush, factory setting o
Pre-flush, setting range .- s
Pause function, factory setting o
Hygiene flush, factory setting o
Hygiene flush, setting range o, hours, hours
Transformer V/ V mains
Input voltage V AC (± %)
Frequency – Hz
Rated output voltage V DC (± %)
Output voltage tolerance ± %
Residual ripple < mVpp
Rated output current . A
Nominal power W
Minimum load
Energy eciency %
-
Flush plates