PCX SMS AND PCX 256 SYSTEM MANUAL
RINS871-3 Page: 23
5.2 Warranty
This product is sold subject to our standard warranty conditions and is warranted against defects in
workmanship for a period of 2 years. In the interest of continuing improvement of quality, customer care and
design, Pyronix reserves the right to amend specifications without giving prior notice.
5.3 PCX System Specifications
SYSTEM ANALYSIS PCX 26/SMS PCX 256
Power Supply 1.5A 1.5A
Inputs (max) 26 256
Arm Points (max) 4 30
Full Partitions - 14
Part-Sets 4 14
Sub-Parts (max) - 16
User / Manager Codes* 20 500
Duress/Guard Codes* 10 20
Logs 750 3000
Access Control (max) - 15
RIX Modules 2 25
ROX Modules 1 8
FUSES VALUES
F1 (PGMs) 800mA fast blow RFSE016 = F800mAL glass body
F2 (BELL) 800mA fast blow RFSE016 = F800mAL glass body
F3 (AUX) 800mA fast blow RFSE016 = F800mAL glass body
F4 (BUS) 800mA fast blow RFSE016 = F800mAL glass body
F5 (BATTERY) 3.15A slow blow RFSE027 = T3.15AL Glass body
POWER SUPPLY
Power Input 17V AC
Transformer Rating 27VA
Input Voltage 230V AC
Output Voltage 12V DC nominal
EN50131-6 Type A
Voltage Range 13.60 – 14.9V DC
Ripple 5mV @ 1.5A
Panel Current Req. End Station: 75-90mA
Total Current Output 1.5A
BATTERY
Battery Type 12V Lead Acid
Recharge Time PCX 26/SMS: 72 hours
Recharge Time PCX 256: 24 hours
Battery Capacity 22Ahr Max
INPUTS (ACTIVATION RESISTANCE)
Normal 3K7 to 8K3
Intruder 8K4 to 10K2
Fault 10K3 to 14K9
Masking 15K to 23K
Tamper <3K7 or >23K
PROGRAMMABLE OUTPUTS (PGMS)
PGM 1 (relay) 30V @ 3A
PGM 2 (relay) 30V @ 3A
Speaker 16 ohms
PGM 4 (transistor) 500mA
PGM 5 (transistor) 500mA
TEMPERATURES
Operational -10°C to +40°C. (14°F to 104°F)
Storage -20°C to +60°C. (-4°F to 140°F)
DIMENSIONS
Casing 390 x 305 x 100mm
Printed Circuit Board 150 x 175 x 30mm
VARIATIONS LOGICAL / PHYSICAL KEYS
4-digit codes 10,000
5-digit codes 100,000
Disallowed codes None
Other logical keys 16
12
Method
According to TS50131-3:2003 Annex B
According to spec of manufacturer of RFiD
components used
Standard to which component claims compliance
CIE: DD/CLC TS50131-1:2003, as reconciled with PD6662:2004 by BSIA Form 179
PSU: EN50131-6:1998, as clarified by BSIA Form 180
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