Wireless Devices W1710 POCSAG Airport User manual

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New on 2020
Wireless Telemetry Controller
Model No. W1710 POCSAG Airport
136-960MHz Frequency Synthesized
Operation Manual
Wireless Devices Inc. (Taiwan) [v3.0]

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The W1710 POCSAG Airport series is the high performance VHF/UHF, 868MHz and
915MHz paging telemetry controller, which is specially designed for the electric power lines
ON-OFF remote control and the data message receiver for security alarm applications etc.
And the control concepts are to utilize thru either the existed POCSAG paging infrastructure
or on-premises paging transmitter to send out the various many message demands.
1. Appearance of the W1710 POCSAG Airport Case and Jacks.
A. <Relay output >
Terminal Name Description
T1 Relay 1 Com Dry contact of relay #1 common
T2 Relay 1 N/O Dry contact of relay #1 normal open
T3 Relay 2 Com Dry contact of relay #1 common
T4 Relay 2 N/O Dry contact of relay #2 normal open
T5 T+ RS485 RS-422/RS-485 Transmitter positive
T6 T- RS485 RS-422/RS-485 Transmitter negative
J4 TTL O/P RS-232 TTL level inside on PCB
J3 Serial O/P RS-232 Serial Input/output
J2 USB Micro USB for system programming
J1 DC Power
DC Power 6V~35V input

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1. Internal PCB view of the W1710 POCSAG Airport PCB.
2. Computer Requirements for System Programming:
a). Programming by Windows PC Win7, Win10...etc
3. Operation Procedure:
a). Connect the USB cable plug into the computer USB port
And the other side of the micro USB jack to the W1710 device.
b). Insert the Program SD Card and click execution file to start the
programming process.
Also, the operation software can be installed into the HDD drive to run the writing
process directly.

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4. Main Programming Screen Functions:
 A. 1-6 Capcode,7digits POCSAG address range from 0000008 to 2097151
 B. 1-6 Capcode, ON or OFF. (Enable or disable).
 C. PC Com Port number set-up.
 D. PC Com Port Communication data rate set-up.
 E. RX Data Polarity, Signal polarity selection (normal or Invert polarity).
 F. Transmitter Function On/Off select.
 G. If [F] Transmitter set ON, then set up the Transmitter RF power here.
 H. Data forward select, for data repeater use.
 J. for Receiver Frequency set-up. (Full 8 digits are required).
 K. Display System synthesized truly frequency for reference.
 L. Receiver data rate speed (512, 1200 or 2400 bps)
 M. The system oscillator select, normally set [TCXO]
 N. Transmitter Frequency set-up. (Full 8 digits are required).
 P. Display System synthesized truly frequency for reference.

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 Q. Transmitter data rate speed (512, 1200 or 2400 bps)
 R. Decode system numeric/alphanumeric or Auto normally select Auto.
 S. Transmitter Capcode,7digits POCSAG address.
 T. for Remote Control front code (4 digital required)
 U. for Remote Control tail code (5 digital required)
 W. for Pre-programming Transmitter message.
 X.When received the message, add this word in header before sending the
message
 Y.When received the message, add this word in tail before sending the
message
 V1. Transmitter message from external GPIO (for Transmitter module use only)
 V2. Transmitter data invert (for Transmitter module use only)
 V3. Buzzer On/Off set up.
 [Connect]. Connect with W1710.
 [Read]. Read program from W1710.
 [Program]. Programming to W1710
 [Close]. Leave the program system.

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5. Command lists for W1710 POCSAG telemetry controller series:
<<Remote Controller Application Section >>
How to activate command to Your Paging remote controller module
TTTTTTTTT PPPP A C C RRRRR
Cautions: Tips for preventing the incorrect key set-up
[PPPP + ACC + RRRRR = 12 Digital codes (must = 12 digits exactly)].
TTTTTTTTT = POCSAG Cap code
PPPP = Password (0001~9999)
A = Output Port No
A=1 = Driver 1 output.
A=2 = Driver 2 output.
A=0 → Driver output Port #1+#2+.(all driver output ports).
CC = Output state,
Remark: (H=Hi, L=Low, T=Times, Z= Endless,)
00 = Always L
01 = Always H
12 = H2S/1T
13 = H1S/L1S/3T
14 = H2S/L2S/4T
15 = H10S/L10S/Z
16 = H20S/L20S/Z
17 = H1S/ L1S/Z
18 = H0.5S/L0.5S/Z
19 = H6S/L1S/Z
21 = H0.25S/L10S/H0.5S/L10S/H1S/L10S/H2S/L10S/H.Z
22 = H0.5S/1T
23 = H3S/1T.
24 = H20S/1T.
25 = H3S/L3S/10T.
26 = H2S/L2S/20T
27 = H1S/L1S/30T.
28 = H0.5S/L0.5H/30T
29 = H30S/1T.
A C C = 0 0 0 = All driver ports to low (always L)(same as all reset)
RRRRR = Customer ID, these 5 digits are for double check of the commands. And
this customer ID code must be programmed Via P/C only (end user can not change).

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Specifications
General
Size:
7
1
mm
X 6
1
mm X 1
0
mm (Module only without Housing)
76mm X 72mm X 33mm (with Housing)
Power supply requirements:
DC
6
-
35
V
1A (Max)
Power consumption:
Standby 2
0mA
, Relays active
maximum
80mA
.
Weight
4
0gm(Module only) /
9
0gm (with housing)
Operation Temperature
-
40˚C~85˚C
RF Performance
Frequency bands:
13
6 MHz ~ 960 MHz. Program By Frequency Synthesized.
Frequency stability:
+/
-
1ppm
by TCXO
Channel spacing
6.25KHz or
12.5kHz or 25kHz
Demodulation
FSK NRZ, POCS
AG format 512, 1200 or 2400 Bps
Selectivity
55dB
Inter modulation rejection
60dB
Sensitivity
-
110db
/M (512bps),
-
107db
/M (1200bps),
-
104db
/M (2400bps)
Antenna
Built
-
in loop antenna
or option SMA antenna jack
Data output
Interfaces
RS
-
232
Use J3 by 3.
5mm Plug
RS
-
422/RS485
Use J4 by 2.0mm 2 Pin wafer
Power Relay Unit
Contact Rating
2X Dry contact
3
A
Insulation Resistance
DC 500V 1000MΩ.
Contact Material
Ag Alloy
Approved
UL, CUL, and TUV