Nabco Opus Control, Installation Manual

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www.NabcoEntrances.com OpusControlWiringandProgrammingInstallationManual
Rev. 3-9-18 P/N C-00139
SECTION 4.2 Electrical Specifications
Note: All Wiring Diagrams included within this manual, reflect typical primary and secondary circuits that might be commonly
used. On site wiring may be different from that shown.
Note: NABCO factory utilizes Underwriters Laboratories (UL) recognized component wire, terminals and connector housings to
manufacture all Automatic Door systems.
Table 1 Wiring
Item Description
Power Input 100VAC - 130 VAC, AC 50-60 Hz; 3A (
NABCO recommends min. 5A service)
Power for accessories 12VDC; 750mA
Output Rating Transistor Output; 100mA @ 12VDC
Relay Output Rating Mechanical Relay Output; 3A at 110VAC
F1 Fuse 120VAC Power Circuit of Control
Table 2 Power Draw Common Accessories
Sensor Part Number Current Consumption
Acuvision V-00202 80mA
(ea.unit) at 12VDC
Optex Reaction V-00173 125mA
Acusensor M A-01306 150mA
Optex i-one V-00055 130mA
Radio Control Receiver 24-11467 50mA
CX33 Logic Relay V-00734 320mA
SECTION 4.3 Output Power Guidelines
TOTAL current draw from the Opus Control must not exceed 0.7A when providing power to:
X X
Sensors
X X
Modules
X X
Accessories
X X
Auxiliary Equipment
If TOTAL current draw exceeds 0.7A the installer must utilize an auxiliary power supply such as the NABCO Transformer 24 VAC,
P/N A-01185.
The Opus Control must Not be used to output power to:
►
Magnetic Locks
►
Electric Strikes
To determine if an auxiliary power supply must be used, add the total current draw of all devices. Please refer to the formula below:
Example: An Automatic Door System is to be fitted with the following devices:
2 x Acusensor M @ 150 mA = 300 mA
1 x Cp/RX Radio Control Receiver @ 50 mA = 50 mA
Total = 350 mA
350mA does not exceed total current draw.
An Auxiliary Power Supply does not need to be used.
CAUTION