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PWCPT - PWCPT M - Techical features
Input zones
Alarm outputs
Check on power supplies
Voltage
Max. current absorbed
Max. current absorbed on 13.8V =
Environmental conditions
Environmental class
Size
(LxHxP)
Weight without battery
Placeable battery
COMPLIANT WITH EN 50131
Supply unit section PWCPT - PWCPT M
The power supply unit placed in the processing board is stabilised at 13.8 V = and limited in current at 1.2 A for PWCPT and
1,6 A for PWCPT M.
Table
Network power supply
Voltage
Max. current
Maximum current available
Consumption board
Maximum current available for external loads
Maximum current available for Battery Charger
Output voltage at 230V~ +10%
Output voltage at 230V~ -10%
Outdoor connections
- Insert an omnipolar network switch having a minimum distance between the contacts of at least 3 mm in the electrical installation of
the building.
- Place a terminal on earth wire and fix it to the threaded turret marked with the earth reference.
- The satellite electronic board is earth connected through the metal turrets of the housing..
- For electric network power supply input, use double insulation cables.
Type of connections
The PWCPT satellite unit has a basic configuration of eight inputs that can be individually programmed as:
NO (Normally Open),
NC (Normally Closed), which is the DEFAULT state,
Inertial Vibration (balance with one 2200 ohm resistor)
Inertial Roller Shutter (balance with one 2200 ohm resistor)
Inertial Vibration NC (Normally Closed)
Inertial Roller Shutter NC (Normally Closed)
1R (balance with one 4700 ohm resistor), in this case there will be only the alarm signal of the zone
2R (balance with two 4700 ohm resistors), in this case there will be both the alarm signal and the tamper signal of the zone.
NOTE: If any mode other than Balanced 2R is set, the device no longer complies with EN50131.
NOTE: To maintain compliance with EN50131, the equipment must be protected using the dedicated TAMPER line or an input
zone with R1 connection, programmed in TAMPER mode.
NOTE: the T tamper input inherits its behaviour from L1 input; this means that:
a. if L1 input is set as "Balanced 1R" or "Balanced 2R" or "Balanced Inertial", then the tamper input will work as "Balanced 1R"
b. if L1 input is set as "NC" or "Inertial NC", then the tamper input will work as "NC"
c. if L1 input is set as "NO", then the tamper input will work as "NO"
d. if L1 input is set as "Unused", then the tamper input will work as "Unused"
•
n° 8
•
n° 1 input dedicated to tamper proof.
•
n° 1 alarm relay programmable with 2-ways and output. Connect only circuits working
with SELV voltage to these outputs.
•
n° 7 transistorised outputs on terminal boards for connection with relay electronic bo-
ards upon request. Configurable in various modalities..
• functional anomalies are signaled on the display of control panel
• stabilised power supply nominal voltage: 13.8 V =
• 135 mA / 230 V ~
• 80 mA only satellite board
• Temperature -10 °C / + 55 °C - Humidity 95%
• Class II
• PWCPT (Box): 275 x 305 x 95 mm - PWCPT M (Box): 311 x 375 x 96 mm
• PWCPT: 3,1 Kg
• PWCPT: 12V - 7 Ah
• EN 50131- 1 Grade 2, EN 50131- 3 Grade 2, EN 50131- 6 Grade 2, CEB T031
power supply nominal voltage
absorbed by the network
supply unit
OUTPUT: +/- serial, +/- detectors, + O.C. and sirens
BATTERY CHARGER output
empty
with maximum charge
empty
with maximum charge
- 2 -
-
PWCPT M: 4,5 Kg
-
PWCPT M: 12V - 18 Ah
PWCPT
PWCPT M
230 Vac +10/-15% 50Hz
13,8 V =
135 mA
1,2 A
1,6 A
80 mA
720 mA
820 mA
400 mA
700 mA
13,8 V =
13,6 V =
13,8 V =
13,6 V =
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