TAG-IN-A-BAG
Single door RF/ID Proximity Access Control Unit Installation and Programming
1. INTRODUCTION
The TIAB (Tag-in-a-Bag ) is a versatile weather-resistant proximity access control unit (fig. 1), designed to limit access to restricted areas, while permitting authorized people to enter. This product is the best in its class - using state-of-the-art proximity (non-contact) RF/ID technology. It was designed to serve your customers’ needs, while making installation and use simple and easy.
The TIAB control unit includes a keypad with an internal proximity reader and a display that provide full access control operation.
The TIAB control unit can be programmed to offer one of two security levels for opening the door:
•Level 1 (default): Valid tag only.
•Level 2: Valid tag and PIN (Personal Identification Number) code.
The TIAB control unit transmits 125 kHz RF signal. A valid proximity tag (fig. 3), presented to the control unit or to the optional external reader (fig. 2), transmits a coded RF signal back to the TIAB control unit, causing it to energize an output relay. The optional external reader is designed for installations in which an additional reader is required. It is connected to the TIAB control unit via 4 wires.
The TIAB control unit is installed adjacent to the secured door’s frame. It is connected to the door’s EMS (Electro-Magnetic Strike) or magnetic lock and operates by either a 12V DC or AC power supply. The TIAB control unit includes internal non-volatile memory, unaffected by power failure. The internal memory stores data of up to 250 tags and PIN codes (used for security level 2 only). Each PIN is composed of 4 digits.
Figure 1. TIAB Keypad Figure 2. RDR-1B External Reader
The proximity tags (fig. 3) are totally sealed and do not require any maintenance.
The tags are powered from the RF |
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signal transmitted from the TIAB |
Figure 3. TAG-1 Key |
control unit. |
In a case of loss or theft of a tag, the tag data can be easily deleted from the TIAB control unit memory list.
The standard TIAB package includes 10 user tags. Additional tags are available.
2. SPECIFICATIONS
Power input: 12-16V DC or 9-12V AC
Max. Current Consumption: 200 mA (excluding EMS current). Operating temperature: -20°C to 50°C (-4°F to 122°F).
TIAB CONTROL UNIT
Display: 2 x 7 segments and 3 LEDs. Buttons: 12 (numeric keypad).
Memory capacity: 250 tag codes.
Tag reading range: 50 - 100 mm (2 -4 in.) Internal tag reader frequency: 125 kHz.
Tag codes possibilities: 1012 possible combinations.
Inputs:
•Request-to-exit (N.O.), dry contact
•Door position (N.C.), dry contact
Outputs:
•Lock relay N.O. / N.C. dry contact, 10A / 28V AC or DC
•Door ajar / door held open (open collector output), 100 mA max.
•Panic (open collector output), 100 mA max.
•Auxiliary (open collector output), 100 mA max.
•Forced Entry (open collector output), 100 mA max.
•Tamper (N.C. dry contact). Tamper switch is designed to detects attempts to open the unit, or remove it from the wall.
NOTE: The total currents of all active open collector outputs should not exceed 200 mA.
Size (H x W x D): 122 x 82 x 31 mm (4-13/16 x 3-1/2 x 1-1/4 in.) Weight: 170 g (6 oz) without the rubber gasket
Color: Metallic brown
TAG-1 PROXIMITY TAG
Size (L x W x D): 53 x 35 x 7 mm (2-1/8 x 1 3/8 x 9/32 in.) Weight: 5.5 g (0.2 oz).
Color: Black
TAG-10: Package of ten TAG-1 proximity tags
RDR-1B EXTERNAL READER (optional) Indicators: Tri-color LED (green, red, amber).
Tag reading range, tag reader frequency and tag codes possibilities: identical to Control Unit specification.
Size: (L x W x D): 116 x 70 x 16.8 mm (2 3/4 x 4 1/2 x 5/8 in.) Weight: 121.5 g (4.3 oz)
Cable (to TIAB control unit) maximum length: 10 m (32 ft.)
TIAB-to-TIAB, RDR-1B-to-TIAB and RDR-1B-to-RDR-1B Minimum Distance: 60 cm (2 ft.).
Color: Dark gray
Compliance with standards: Complies with Part 15 of the FCC Rules and RSS-210 of Industry and Science Canada. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
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3. MOUNTING
A.Remove the case closure screw.
B.Insert a screwdriver in the bottom recess of the base, and use it to separate the base from the keypad assembly.
C.Place the base on the installation surface, mark the drilling points, drill the holes and insert plastic anchors, if necessary.
D.Fit the base into the rubber gasket and use the 3 mounting screws to attach the base and gasket to the selected surface
CAUTION! If you are installing several TIAB units or TIAB with RDR-1B, locate units at least 60 cm (2 ft) apart.
Attention! The Tamper switch is activated when the TIAB control unit’s front cover is removed or when the base is forcibly pulled from the mounting surface, which causes tamper switch tab to break (see figure 4). It is therefore especially
important to |
firmly attach |
this tab to the wall with a |
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long screw. |
Figure 4. Base and Rear Gasket |
IMPORTANT! Do not install the RDR-1B on a metal surface or a metal door frame, since this decreases the read range significantly. If you have to install the reader on a metal surface, use a spacer so that the reader will be at least 1 cm (3/8 in.) away from the metal. You may use RDR-BACK which is an optionally available spacer designed specifically for this purpose.
4. WIRING INSTRUCTIONS FOR ACCESS CONTROL
4.1 Wiring Gauges and Routing
Use # 20 AWG or larger for connections between relay and door strike or other switching devices. All other connections can be made with # 22 AWG or larger. Route the wires through the slot in the rubber sealing gasket (see figure 4) and the recessed entry channel in the TIAB control unit base. Verify that there is no contact between uninsulated wires and the printed circuit board.
4.2 Wiring Instructions
The connections to the TIAB terminal block are shown in fig. 5.
A.Connect one lead of the door strike to one of the hardware (door strike) power supply terminals. Connect the other lead of the door strike to terminal No. 10 (N.O.) of the TIAB.
Note: If you are using a magnetic door lock, connect one of the leads to one of the hardware power supply terminals. Connect the other lead to terminal No. 11 (N.C.) of the TIAB.
B.Connect the other power supply terminal to terminal 12 (COM).
C.Connect the TIAB power supply leads between terminals 8 (+) and 9 (-). When using DC power supply, verify proper polarity. When using AC power supply, disregard polarity.
D.Connect the optional remote Request-To-Exit push-button (N.O.) or PIR motion detector contacts (N.O.) across terminals 3 and 2.
Note: For the external reader wiring and mounting instructions, refer to the external reader installation instructions.
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External Reader |
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(optional) |
Coded RF Personal |
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Request To Exit |
COMM 1 (white) |
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Tag |
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push-button or |
COMM 2 (green) |
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motion detector |
POWER + (red) |
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(N.O.) |
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POWER – |
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(black) |
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Master Reset |
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Jumper |
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12V DC or AC |
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power supply |
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Door strike |
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or relay |
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Magnetic |
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door lock |
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Door lock |
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power |
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supply |
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(DC or AC) |
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Figure 5. Wiring Diagram for Access Control
5. WIRING FOR INTEGRATION WITH AN ALARM SYSTEM
The integration with an alarm system is shown in figure 6.
A.Perform steps A to D in section 4.2.
B.Connect the Panic output (terminal 7), the AuxOut output (terminal 6), the Door Ajar output (terminal 4) and the Forced Entry output (terminal 5) to the appropriate zone of the alarm system, or to any other indicating device (relay, LED, buzzer, etc.). All these outputs are of the open collector type (see figure 7).
C.Connect the Ground (terminal 2) to the alarm system ground terminal.
D.Connect the Tamper terminals (13 & 14) to a 24-hour zone of the alarm system.
E.Connect the optional Door Position detector (N.C. magnetic switch), between terminals 1 and 2.
Caution!
When operating the TIAB control unit by AC power, disregard polarity, but note that external buzzers (which are connected to the AuxOut or Panic outputs) require a separate DC power supply, as shown in figure 8.
Table 1 - TIAB Control Unit Terminal Assignments
Terminal |
Description |
1 |
Door Position input |
2 |
Ground output |
3 |
Request-To-Exit input |
4 |
Door Ajar output |
5 |
Forced Entry output |
6 |
Auxiliary output |
7 |
Panic output |
Door position
detector (N.C.)
{ {
Terminal |
Description |
8 |
power supply |
9 |
- V power supply |
10 |
Output relay N.O. |
11 |
Output relay N.C. |
12 |
Output relay COM |
13 |
Tamper Switch |
14 |
Tamper Switch |
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12V DC |
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{or AC |
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{ power |
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supply |
Alarm system
Figure 6 . Wiring Diagram for Integration with an Alarm System
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