Transcript PAC530 Output Controller

PAC530 | Output Controller
1
Output Controller | Overview
The Output Controller (PAC530) provides the local connection on an RS-485 network between an
Access and Alarm Server (PAC500) using standard alarm or CAT5 cable and the devices used to
control area sounders, alarm resets and other associated devices. It also acts as a key component
in an elevator access control system.
Ten 2-Amp and two 8-Amp programmable output relays are configurable as latched, momentary,
toggling or pulsing. Two inputs are configurable as Normally Open (NO) or Normally Closed (NC),
with optional supervision via three or four state monitoring allowing the connection of devices like
alarms, motion detectors and temperature sensors.
2
Output Controller | Key Features
The PAC530 provides the following advanced design features:
12 latching output relays, Ten Form-C 2A and Two Form-C 8A
(configurable as latched, momentary, toggling and pulsing)
2 user inputs
(configurable as Normally Open (NO) or Normally Closed (NC) with
optional 3 or 4 state monitoring)
Local anti-tamper input
Over-ride support
Status LEDs show the state of all Inputs and Outputs
Flash upgradeable firmware
One-Touch™ testing mode
10.5VDC to 28VDC operating voltage
3
Output Controller | Device Support
The Output Controller (PAC530) communicates with the system via one of the 2 available RS-485
channels provided by an Access and Alarm Server (PAC500), these channels are encoded to
safeguard network security.
A wide range of output devices are supported. For example:
Sirens
Strobes
Sensor reset
Elevator control
Mini Alarm Strobe
4
Output Controller | One-Touch™ Testing Mode
To speed up trouble shooting and ensure error-free installation, One-Touch™ mode enables
the input and output functionality to be tested at the controller by just pressing a single button.
There are two test modes:
 Active Mode
Used during system configuration to enable a walk test by a single
person. This is achieved by use of latching LED status which
indicate the first change in input condition.
 View Mode
Used on a configured system to check the condition of inputs by
using on-board LEDs. The LED display indicates changes of input
state, so alarm and tamper circuits may be walk tested with one
person to perform the walk test and the second to monitoring LED
changes.
One-Touch™ Button
5
Output Controller | Elevator
The PAC530 provides an interface to an elevator by operating in conjunction with an Access and
Alarm Server (PAC500) to provide access control to floors. Each floor can be programmed with a
specific time period during which access is only possible to a cardholder with the appropriate
permissions.
 The cardholder presents their credential to the reader inside the elevator car. Depending on
their access permissions, the Access Controller (PAC 512) communicates with the Access and
Alarm Server (PAC500) which enables the appropriate door buttons via the Output Controller
(PAC530). The cardholder then presses the button and proceeds to the desired floor.
6
Output Controller | Port Layout
7
Output Controller | Cabling
Stanley PAC’s architecture includes a data communication protocol to interface hardware with
software, as well as the cable network to facilitate the data transmission. This architecture enables
you to freely choose:
Centralized or ‘Home Run’ Architecture
Controllers, power supplies, input, output and door controller modules
are located in a central location.
The advantage of this approach includes the ability to monitor and
protect access to this central location and enables a service technician
to troubleshoot components from a single position. This architecture
often requires a large quantity of cable to be installed.
Distributed Architecture
Controllers, power supplies, input, output and door controller modules are located in close proximity
to the access device.
Advantages of this approach includes a reduction of cable quantities required. The door or
input/output controller is generally installed in a locked, tamper switched enclosure above the finished
ceiling on the secure side of the controlled door.
Both home run and distributed have their advantages and disadvantages. Stanley PAC Authorised
Partners are a valuable asset in determining which architecture is best suited for the operation and
maintenance a particular system.
8
Output Controller | DIN-Rail Enclosures
A range of metal DIN-Rail enclosures are available to house the
PAC500, PAC512, PAC520, PAC530 and Power Supply Units.
Metal Cabinets available:
Four-way
H: 15.69 in. L: 20.47 in. D: 3.74 in.
(H: 500 mm L: 520 mm D: 95 mm)
Six-way
H: 27.56 in. L: 19.69 in. D: 3.74 in.
(H: 700 mm L: 500 mm D: 95 mm)
Each cabinet is lockable
9
Output Controller | Power Supplies
Durable and reliable power supply units able to meet demands in any environment where
consistency of performance is crucial.
All PSU’s are supplied with DIN-Rail mounts
for easy installation.
Power Supply Options:
10
3AMP
Single Output at 12VDC with charging cables
7AMP
Single Output at 12VDC or 24VDC
Output Controller | Flash Firmware
Flash memory allows the easy upgrading of the PAC530 firmware.
Enables firmware updates to be downloaded
Upgradeable via the Stanley PAC Administration Software
11
Output Controller | Specifications
The following are the physical and environmental
specifications for the PAC530:
Dimensions -
7.3" x 5.1" x 5.1"
Temperature -
(125mm x 180mm x 60mm)
-10oC to 55oC - operating
(14°F to 131°)
-25oC to 80oC - storage
(9°F to 176°)
Humidity
0% to 85% RH non-condensing
Mount
DIN Rail Mount or
Boxed in metal enclosure
12
Summary
The Output Controller (PAC530) provides the local connection between an Access and
Alarm Server (PAC500) using standard alarm or CAT5 cable over a RS-485 network and the
devices used to control area sounders, alarm resets and other associated devices.
It also acts as a key component in an elevator access control system.
Ten 2-Amp and two 8-Amp outputs are configurable as latched, momentary, toggling or
pulsing. Two inputs are configurable as Normally Open (NO) or Normally Closed (NC), with
optional supervision via three or four state monitoring allowing the connection of devices like
alarms, motion detectors and temperature sensors.
13