Paxton PROXIMITY metal HID reader - Manual (Page 2)

Wiring
10V DC 14V DC
140 mA
115 kHz 135 KHz
- 35 °C + 66 °C
IPX7
76 mm 76 mm 27 mm
40 mm 20 mm
The declaration of conformity is available on request. Contact details are provided at: http://paxton.info/596
Voltage
Carrier frequency
Specifications
Operating temperatures - all items
Electrical
Environment
Dimensions
Min Max
Width Height Depth
Current
Cable length
Read Range Token Keyfob
Waterproof
Min Max
3 metres
This product is not suitable for retail sale. All warranties are
invalid if this product is not installed by a competent person.
Token type and configuration
The reader will recognise 125 kHz HID TM proximity tokens in format to produce a Wiegand output (26 to 50 bit) or
EM4100 tokens to produce a Clock and Data output.
The reader scans the first token presented after power up and will match the reader mode to the format discovered.
If no token is read within 3 minutes of powering up, the reader will default to HID
TM
. If you require EM4100
operation, power cycle the reader and present an EM4100 token within 3 minutes.
Once in HID
TM
or EM4100 mode, the reader will remain in that format.
Connection to a Net2
ACU reader port
+12V DC
Red LED
Amber LED
Green LED
Clock/data1
Data/data0
Not required
0V
Hands Free Token
Not Compatible
If used with Net2, the ACU reader port must be configured to read the correct data format.
Where Wiegand cards are used, you must set the correct data format (e.g. Wiegand 26 bits) in the ACU
reader port configuration or create a custom wiegand filter in the Net2 Server Configuration Utility. For further
information see : AN1010 - Configuring custom Wiegand formats < http://paxton.info/990 >
Outdoor use