SPECTRE UHF EXTREM
Installation procedure
UHF SPECTRE EXTREM
Notice d’installation
UHF SPECTRE EXTREM
Manual de instalación
© STid - 20 PA des Pradeaux FR13850 Gréasque
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Ed. 24/07/2020
SPECTRE Module Industry - SME
SPECTRE Reader Industry - SLE
Frequency Band: 865 - 868 MHz
SME-W42-A-U04: RS232
SME-W43-A-U04: RS485
SME-W44-A-U04: TCP-IP + POE
+
Frequency Band: 865 - 868 MHz
ERP: 2W
SLE-W42-A-U04: RS232
SLE-W43-A-U04: RS485
SLE-W44-A-U04: TCP-IP + POE
+
Frequency Band: 902 - 928 MHz
SME-W52-A-U04: RS232
SME-W53-A-U04: RS485
SME-W54-A-U04: TCP-IP + POE
+
Frequency Band: 902 - 928 MHz
EIRP: 4W
SLE-W52-A-U04: RS232
SLE-W53-A-U04: RS485
SLE-W54-A-U04: TCP-IP + POE
+
Power Supply Characteristics - SME /SLE
SME/SLE:
To supply model or to provide V+, V- use only power adaptors with outputs in compliance with ES1 and PS2(LPS per Annex Q of IEC/UL/EN 62368-1) types.
V+, V-
musn’t exceed 30 Vdc.
Main power supply: Range +12 Vdc up to +30 Vdc
Typical: +24 Vdc
Consumption:
Typical: 0.6 A under +24 Vdc
Max: 0.8 A under +24 Vdc
SME/SLE-POE+:
Use an IEEE 802.3at.2009-compatible PSE (Power Sourcing Equipment).
Main power supply: Range +42.5 Vdc to +57 Vdc
Typical: +48 Vdc
If several readers are connected to the PSE, check that each port of the PSE supplies 20W.
Characteristics - SME / SLE
Communication:
RS485 (L+ & L-) / RS232 (TD & RD) / Ethernet
Temperature:
-25°C to +60°C / -13°F to +140°F
Protection:
IP67 level (SME)
– IP66 level (SLE)
Chip:
EPC1 Gen2 (ISO 18000-63) - 1 to 62 bytes max
I/O:
4 optocoupled inputs and 4 optocoupled outputs
Module LED:
1 red LED: presence of power supply / 1 Green LED activity on Reader / host link
Antenna LED:
7 colors (red, green, blue, orange, purple, turquoise, white) controlled by SSCP commands
Recommended Cables - SME / SLE
Use a multi-conductor shielded twisted pair cable.
Max length RS485: 3 280 ft / 1000 m at 9600 baud
(SYT2 AWG24 recommended)
Max length RS232: 49.21 ft / 15 m
(SYT2 AWG24 recommended)
Ethernet:
100m, category 5E
Recommendations - SME / SLE
▪
Install the module/reader away from computer transmission cables or from power sources (e
x: RJ45, sector…).
The disruptions that they can cause can vary according to their radiation power and their proximity.
▪
Use a filtered and regulated power supply.
▪
Antennas connected to different modules/readers may interfere with each other. Move them away from each other.
▪
A power supply which provides 1 A min under +24Vdc is recommended.
If the IN/OUT are powered by the module, use a 2A min under +24Vdc power supply.
▪
Users must not remain within a range of less than, 34 cm / 13.39 in
from an antenna for an extended period of time as per EN50364 applicable to this
type of device.
▪
Apart from the hatch the module housings must not be opened.
▪
Before any service operation you must de-energize reader
.
▪
Check that the hatch seal is correctly positioned before closing.
▪
Do not remove the caps from the unused RF connectors:
▪
When device is powered by POE & for outdoor use, it must be installed in a restricted access location ( PoE not accessible for ordinary person without use of a
tool).
▪
Any (dis) connection or maintenance work must be made with Power switched OFF.
Front View of the Module - SME / SLE
Ethernet / RS232 / RS485 / IN /OUT CONNECTION - SME / SLE
J16-M12 X-coded:
Ethernet POE
Female / SME
Male / Host
J17-M12 A-coded
J4-M12 A-coded: IN/OUT
1
TX+ / PoE+1
1
+Vcc
1
+Vcc
2
TX- / PoE+1
2
Tx_SME / Rx_Host
2
OUT1
3
RX+ / PoE+2
3
GND
3
IN3
4
RX- / PoE+2
4
GND
4
V- OPTO
5
PoE+2
5
Rx_SME / Tx_Host
5
IN1
6
PoE+2
6
GND
6
GND
7
PoE+1
7
L+ / A
7
V+ OPTO
8
PoE+1
8
L- / B
8
OUT4
9
+Vcc
9
OUT3
10
NC
10
OUT2
11
NC
11
IN2
12
NC
12
IN4
US
FR
ES
Green LED
RF port 1
RF port 2
RF port 3
RF port 4
J17- M12
J16 -M12
J4-M12
Red LED
