Teknoware TAPSA CONTROL TKT65, Installation And Maintenance Instructions Manual

Page: 7 / 53

VOT 34; Rev 1.81; EN; 11.12.2019
TKT65C
– Installation and maintenance
7
3.7
Technical specifications
Mains connection: 230-264 VAC 50-60 Hz
Casing: IP20
TKT65xxC P xx (cabinet construction): IP34
TKT65xxC PP xx: IP54
Output voltage: mains connection: 230-264 VAC, battery operation: 216VDC
Battery voltage: 216 VDC
Battery charging time: 12 h 80 %
Max. batteries: 18 x 65 Ah
Max Input power TKT6508C: 3100 VA
Max Input power TKT6516C: 3680 VA
Max Input power TKT6524C: 3680 VA
Ambient temperature range:
+10
– 50

C
Input fuse: Circuit breaker 16 A C curve
Output circuit fuses: 5x20 mm sand-filled glass tube fuse 1,6 A
Output connector: max. wire 4 mm
2
Required short-circuit current
with 1.6 A output circuit fuse
0,4 s. tripping time:
7 A
Battery Fuse TKT6508C: 2x10 A plug fuse S 10 A/250 V Neozed
Battery Fuse TKT6516C: 2x16 A plug fuse S 16 A/250 V Neozed
Battery Fuse TKT6524C: 2x35 A plug fuse S 35 A/250 V Neozed
Charger unit fuses: 5x20 mm glass tube fuse 6,3 A
Central battery unit
type Output circuits Total load capacity in battery use with
1-hour and 3-hour operating time
TKT6508C 1x 8x250 W
or 1,6 A circuit, max. 2000 VA
1 h 2000 W 18x38 Ah
3 h 2580 W 18x65 Ah
TKT6516C 2x 8x250 W
or 1,6 A circuit, max. 2580 VA
1 h 4000 W 18x65 Ah
3 h 3340 W 18x65 Ah
TKT6524C 3x 8x250 W
or 1,6 A circuit, max. 2580 VA
1 h 6000 W 18x65 Ah
3 h 3340 W 18x65 Ah
The central battery unit is equipped with a mains fuse F1 in the connecting terminal and with battery
circuit fuses F2 and F3.
The output circuits’ fuses are on the top end of casing at connectors 1-2.
For more information, see chapter 0. Parts layout.
The charging system of the central battery unit is equipped with a temperature compensation of the
battery charging voltage, which is approximately 0.06 V/°C (5 mV/°C/cell).
NOTE: The luminaires used with the central battery unit must be suitable for both AC and DC supply.