Interlogix T-500 User Manual

U.S. T 855 536 3573 F 561 998 6224
Asia T 65 6424 7932 F 65 6424 7978
Australia T 61 3 9239 1200 F 61 3 9239 1299
Canada T 800 267 6317 F 613 737 5517
EMEA T 48 58 326 22 40 F 48 58 326 22 41
Latin America T 503 589 8614 F 561 994 6572
www.utcfireandsecurity.com
© 2012 UTC Fire & Security. All rights reserved.
UTC Fire & Security, 9 Farm Springs Road, Farmington, CT 06034-4065, USA
Transition Series
Multi-Technology Access Readers

Description

Transition™ multi-technology card readers feature simultaneous compatibility with multi-vendor 125 kHz Proximity, Mifare (ISO 14443A), and Vicinity (ISO 15693) credential technologies—all in one reader. With this remarkable technology combination, security administrators can now deploy the Transition readers into new or existing facilities.
Figure 1. Multi-technology Readers

Mounting the Reader

All models of the multi-technology series readers can be mounted using a U.S. single-gang electrical box or directly to a wall.
1. Find a suitable mounting position on the door frame or wall.
Note: For out of doors or wet locations, it is recom­mended that the gasket provided be installed on the base as shown in Figure 5.
2. If mounting directly to the wall, use one of the following methods:
2a. Drill two vertical mounting holes from 3.25”
(83
cm) to 4.891” (125 cm) apart on the mounting
surface of the door frame or wall.
Figure 2. Direct wall mounting
2b. Models 520/525 can be mounted using a second
pair of vertical mounting holes, horizontally spaced 2.75” (70 cm) from the first pair.
Figure 3. T520/525 Direct wall mounting alternative
3. Drill one 0.625” (15.87 mm) diameter hole in wall for the pigtail wire connection.
4. Follow the Cable Connection Chart to connect the reader to the field panel and external door equipment.
5. Mount the base plate to the wall using the supplied screws.
6. Install gasket if required, see Figure 5.
7. Install the top cover to the reader base. The base plate and top cover guides should be aligned, so the connectors seat correctly.
Figure 4. Aligning base plate and top cover
Base plate
Top cover
8. Verify the connection is secure and install the security screws on the top and bottom of the reader.
9. Cover the exposed screws with the rubber
lugs provided.
p
Figure 5. Gasket detail
Chart (below) to correctly match the color of each wire.
Color Signal
Red 6 to 16 VDC
Black Ground
Green Data 0
White Data 1
Orange Green LED Control
Brown Red LED Control
Yellow Beeper Control
Gray Door DI
Pink REX DI
Ta n Tamper Output
Blue Hold
Purple Reserved
........ Drain Wire
2. Use a DC Power source between 6-16 VDC.
3. Verify the reader is properly grounded by aching the ground wire to an earth ground
att connection at the power supply or field panel end of the cable. Connect reader’s drain wire to the cable shield. Connect shield wires at the field panel. The recommended cable gauge is 18-gauge to 22-gauge. Check with the cable supplier to determine the best choice for the application and installation distance.

Connecting the Cable

1. The readers are supplied with a 12-conductor cable pigtail with drain wire. Connect the pigtail to the host panel. Use the Cable Connection

Testing the Reader

1. Power up the reader. Verify the power-on self test LED/beep sequence:
- green LED flashes; two short beeps
yellow LED flashes; three short beeps
-
- red LED flashes.
- yellow LED flashes.
2. Verify the yellow LED is on continously ind
icating the reader is ready.
3. Present a badge that has been properly enrolled
in the system. Verify the yellow LED
flashes and a short beep is heard.

Removing the Cover

1. Remove all security screws.
2. Pull cover off the base. Refer to Figure 4 on page 2.

Keypad Configuration Card

Cable Distance Max. @ 12 VDC
AWG
200 ft. (60.96 m) 22
300 ft. (91.44 m) 20
500 ft. (152.4 m) 18
1. Place the reader in tamper mode by briefly removing and replacing the reader’s cover while the power is on. The reader stays in tamper mode for 60 seconds (minimum) after power is applied or the cover is replaced.
2. Present the keypad configuration card within
ne minute. The LED turns green and a short
o triple-beep indicates the reader is ready to configure.
3. Enter the keypad entry within five seconds.
e chart below to identify the correct
Use th keypad entry.
non-
Mode/Keypad entry Setting UTC
1 * followed by 0
(Factory default setting)
2 * followed by 1 6 bits per key, no
3 # followed by 3
keys (0 to 9 only)
4 1 followed by 1
key (0 to 9 only)
5 1 followed by * 4 bits per key, no
6 1 followed by # 4 bits per key, no
For non-UTC keypad configurations, contact Sales
eering/Pre-Sales Support for assistance.
Engin
8 bits per key, no
fering.
buf
fering.
buf
26 bits output
tom
cus configuration. (Contact Sales Engineering/Pre-
s Support for
Sale assistance.)
4 bits per key, no p
arity, up to 9
keys buffered.
arity, up to 10
p keys buffered.
arity, up to 11
p keys buffered.
UTC

FCC Compliance

The FCC requires the following statement: This reader uses radio frequency energy and has been tested, and complies with the limits of FCC testing. Changes, modification, or disregard of proper installation and instructions not expressly approved by UTC Fire & Security, and is strictly prohibited by the FCC and could void the user’s authority to operate the equipment.

Specifications

Colors Black, Charcoal, Light gray
Power supply Linear DC recommended
Power usage T-500: 210 mA @ 12 VDC
Voltage range 6 - 16 VDC
Temperature range
Cable distance to
anel
p
Read Range
(Distances may vary depend environment.)
Wiegand output Proximity 4002 (40-bit)
Tamper output Open Collector
Regulatory appr standards
ISO Standards Mifare ISO 14443A
UL evaluation for UL Listed Installations:
a. -25°F to 125°F (-32°C to 52°C) b. Model T-500W
b
ing on
ovals and
Vicinity: up to 4.5" (11.43 cm)
Model T-520W and T-525W
Proximity, HID Proximity, and Vicinity: up to 4.5"
1.43 cm)
(1
The voltage specification for this reader is 6—16 VDC, although 12 VDC or greater is recommended for better performance and cable run distances.
T-520/T-525: 130 mA @ 12 VDC
a
-31°F to 149°F (-35°C to 65°C)
Proximity Perfect cards are not supported reader.
Model T-500W:
- Proximity: up to 3.5" (8.89 cm)
- HID Proximity: up to 3.5" (8.89 cm)
- Mifare: up to 1" (2.54 cm) Ultralight cards not supported
- Vicinity: up to 5" (12.7 cm)
Model T-520W and T-525W:
- Proximity: up to 5" (15.24 cm)
- HID Proximity: up to 5" (15.24 cm)
- Mifare Ultralight cards not supported
- Vicinity: up to 5" (12.7 cm)
Mifare 4002 (40-bit) Vicinity 5502 (55-bit)
UL 294, CE, and FCC (part 15)
Vicinity ISO 15693
by the Transition Series
: up to 1" (2.54 cm)

Ordering information

Product Part Number
T-500W (Black; Mullion mount; Wiegand outpu
t) *
T-520W (Black; 1-Gang US mount; Wiegand outpu
t) *
T-525W (Black; 1-Gang US mount; Keypad; Wiegand output
T-500W (Charcoal; Mullion mount; Wiegand
t) *
outpu
T-520W (Charcoal;1-Gang US mount; Wiegand output
T-525W (Charcoal; Gang US mount; Keypad; Wiegand output
T-500W (Light gray; Mullion mount; Wiegand
t) *
outpu
T-520W (Light gray; 1-Gang US mount; Wiegand output
T-525W (Light gray; 1-Gang US mount;
ad; Wiegand output) *
Keyp
Single Gang Mount plate (Black; 1-Gang US mounting plate for
Single Gang Mount plate (Charcoal; 1-Gang US moun
Single Gang Mount plate (Light gray; 1-Gang US moun
Dual Gang Mount plate (Black; 2-Gang US mounting plate for
Dual Gang Mount plate (Charcoal; 2-Gang US mounting plate for
Dual Gang Mount plate (Light gray; 2-Gang US moun
* Installation wrench (Required) 385001001
) *
) *
) *
) *
model T-500)
ting plate for model T-500)
ting plate for model T-500)
models T-52x)
models T-52x)
ting plate for models T-52x)
430209006
430210006
430211006
430209005
430210005
430211005
430209004
430210004
430211004
470677002
470677003
470677001
521228001
521227001
521226001
Copyright © 2012, UTC Fire & Security. All rights reserved.
The Transition series reader name and logo are
demarks of UTC Fire & Security. Other trade names
tra used in this document may be trademarks or registered trademarks of the manufacturers or vendors of the respective products.
Document number: 460618001K - November 2012
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