LED Indicators
The DigiTagLR receiver has 2 LED indicators. The red led is always on and
indicates that power is applied to the device and it is ready to read and decode
transmitter signals. The other is a tri-colour type which displays a colour
dependant on its circumstances. In normal operation these colours are:
OFF = No transmitters detected in the field
RED = Transmitter detected in the field but not validated in the internal memory
GREEN = Transmitter detected in the field and stored in the internal memory. Also
relay changed state. This also can mean that the exit button input (EX) has been
closed for egress purposes.
Manufactured by CDVI Wireless Spa
Via Piave, 23 - 31020
San Pietro di Feletto (TV) - Italy
Tel. +39-0438-450860
Fax. +39-0438-455628
A CDVI Group product
IN-
IN+
C
NO
NC
EX
RED
Led
GREEN
Led
JP1
Rotary
Switch
JP1 = Closed
Max sensitivity
JP1 = Open
Min sensitivity
Terminal
Type
description
IN -
Input
0 V
IN +
Input
12 - 30 Vdc
C
Output
Relay common connection
NO
Output
Relay Normally open connection
N/C
Input
Relay Normally closed connection
EX
Input / Output
Exit button input ( Normally open , with IN-)
The guarantee period of this product is 24 months, beginning from the
manufacturing date. During this period, if the product does not work correctly,
due to a defective component, it will be repaired or substituted at the discretion
of the producer. The guarantee does not cover the plastic container integrity.
After-sale service is supplied at the manufacturer factory.
Guarantee
IS-RR1DTUK Rev. 5 del 13.06.2017
Range Adjustment
The maximum range of the receiver is dependant on environmental conditions, transmitter orientation and transmitter battery life but should
be approximately 15M in high gain mode and the attenuator control set to position '0' and about 7M in normal gain mode with the link
removed (recommended). A small 2 pin jumper is present and if disconnected selects normal gain mode. Additional the attenuator control
can be rotated to give further range reductions. The lowest range setting would therefore be with the attenuator set to '9' and the normal
gain mode selected on the 2 pin jumper.
Programming
The receiver can store up to 30 transmitters in its internal non-volatile memory. The following programming procedures are available from
the two small press buttons inside the unit labelled S1 and S2.
F1. Add a new transmitter / user to the internal memory:
1. Bring one new transmitter only in to the field of detection and the red light flashes frequently indicating a correct transmitter type but not
yet stored in the internal memory.
2. Press and hold the S1 switch until red led shows then quickly release S1.
3. After a moment the new transmitter will be automatically validated by the receiver and the green led will flash 8 times to confirm. The new
validated transmitter will now turn the relay and the green led on.
4. Remove the transmitter from the field of detection.
F2. Change the relay switch time:
1. With no transmitters in the field of detection press and hold the S1 button until the green led shows then quickly release S1.
2. Each green LED flash represents 1 second of relay time up to a maximum of 30 seconds. Press & hold S2 after the desired amount of
green led pulses has been shown and 8 green led flashes will be seen. Release S2.
F3. Set or unset the valid transmitter filter:
This function allows a tag to be read once whilst in the field, resets after 30 seconds.
1. With no transmitters in the field of detection press and hold S1 until the amber led shows then quickly release S1 and quickly press S2.
The green led flashing indicates the valid transmitter filter is on and the red flashing led indicates off. Repeat this procedure to toggle the
filter on and off.
F4. Delete all valid transmitters and factory reset:
1.Press and hold S2 for 6 amber led pulses. After the 6th amber flash the green led will flash 8 times to confirm full reset with no valid
transmitters in the internal memory.
Connection legend
S1
S2
NOTE :
Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must
accept any interference, including interference that may cause undesired operation of the device.