CEBEK TL-10, TL-8, TL-6, TL-5 User Manual

ELECTRONIC
CIRCUITS
2 CHANNELS FLIP-FLOP RECEIVER REMOTE CONTROL
TL-10TL-10
OPERATING.
TECHNICAL CHARACTERISTICS.
Voltage. ..............................................................................................230 V. AC.
Minimum Consumption. ....................................................................20 mA.
Maximum Consumption. ...................................................................110 mA.
Operating Frequency. .........................................................................433.92 Mhz.
Maximum Reach (approximately) . .....................................................20 - 30 m.
Maximum Load at Output. ................................................................3 A.
MODULE'S SUPPLYING. The Circuit TL-10 had to be supplied by 230 VAC. Using an adequate plug and a cable for mains connect this last one to the input terminal 230 VAC. Install a fuse and a switch as it is indicated in General Wiring Map (see hereafter). Both are necessary to protect the module and for your own security, as it is indicated in EEC regulations. Then, verify that you have correctly connected the module. Before to connect the module to the mains inserting voltage, please do the rest of connections specified hereafter. Do not forget that in several part of the module there is voltage (230 VAC), for this reason we suggest you to be carreful.
OPERATING. All CEBEK remote control works with a frequency adjusted at 433.92 MHz. For this reason, the TL-10 module includes micro-switches (SW-1) allowing to configure a security code between 13.122 possibilities, for each module. Then, your module will be different from others, even if they offer same characteristics. Seeing the drawing Nº1, you could note that the micro-switches SW-1 have 8 switches with three different positions. "­", "0" and "+". You have to modify the switches position that you have received in order to select you personal code.
Do not forget. The receiver and emitter have to have the same code. Once emitter and reciver are
configurated with the same code, you could supply the module. Then, press the push button on the emitter and the corresponding output will be connected till you press again the button, to disconnect the output.
ANTENNA INSTALLATION. To obtain a maximum and clear reception, you have to install an exterior antenna. Seeing the paragraph "General Wiring map", install a metallic antenna with a length of 130 mm. The cable between antenna and module had to be shielded and inferior than 25 cm. Connect the negative terminal to the ground.
OUTPUT CONFIGURATION. Even if the receiver TL-10 have been developed to control its corresponding emitter with 2 channels (TL-6 module), it also could be controlled by the TL-5 module. 1 Channel emitter. Then, you have to select between two push buttons the wished receiver output. From the factory, the module is supplied to be controlled by the TL-6 module (with JP1 Jumper closed). To control the TL-10 thanks to the TL-5 module, you have to select which output will be connected after to press the push button. Then, you have to remove the “JP” piece of the JP1 Jumper and with it closed the JP2 jumper. Selecting one of two jumpers, you could select the required output.
GENERAL WIRING MAP.
1
+
-
0
1 2 3 4 5 6 7 8
SW-1
Fig. 1.
Jumper no Closed
(Open).
Closed
Jumper
JP
JP
Piece
LOADS CONNECTION.
INFORMATION ABOUT THE OUTPUT. During the operating mode and according to its load, it could happen a fluctuation or an incorrect working of the
output. In such case, you have to install an anti-spark circuit between both contacts of the used relay, as it is indicated on the schedule.
OUTPUT CONNECTION. LOAD. The TL-10 output is controlled by a relay, and accept any device up to 3 A. The
relay have three output terminals: The normally open quiescent (NO), the normally closed quiescent (NC) and the common. This mechanism operate like a switch with two terminals NO and Common. For the inverse function you have to use the NC and Common. In the drawing hereafter, you could see a typical connection with a 12 V D.C and 230 V A.C devices.
(NO) Normally Open (NO) Normally Open
(NC) Normally Closed (NC) Normally Closed
TECHNICAL CONSULTATIONS.
If you have any doubt, you could contact your wholesaler or our Technical Department.
- Via E-Mail, sat@cebek.com | by mail P.O Box 23455 - 08080 BARCELONA - SPAIN.
REMOTE CONTROL
TL-10TL-10
Ref. Full9924
GENERAL WIRING MAP.
230 V. AC. Mains
Mains
Switch
250 mA.
Fuse
Led 2
Relay 2
Relay 1
Led 1
SW-1
JP1
Acoustic
Signal
Antenna 130 mm.
Ground
JP2
NO
NC
Common
NO
NC
Common
Output 2Output 1
+
-
0
1 2 3 4 5 6 7 8
Module
TL-10
230V
12V
Antenna
Output
LOADS CONNECTION.
Common
(NO) Normally Open
(NC) Normally Closed
Device,
Load.
INFORMATION ABOUT THE OUTPUT. During the operating mode and according to its load, it could happen a fluctuation or an incorrect working of the
output. In such case, you have to install an anti-spark circuit between both contacts of the used relay, as it is indicated on the schedule.
100nF/400 V.
47W 1/2W.
Load’s supply
OUTPUT CONNECTION. LOAD. The TL-10 output is controlled by a relay, and accept any device up to 3 A. The
relay have three output terminals: The normally open quiescent (NO), the normally closed quiescent (NC) and the common. This mechanism operate like a switch with two terminals NO and Common. For the inverse function you have to use the NC and Common. In the drawing hereafter, you could see a typical connection with a 12 V D.C and 230 V A.C devices.
230 V. AC. CONNECTION12 V. DC. CONNECTON
12 V. DC
Common Common
(NO) Normally Open (NO) Normally Open
(NC) Normally Closed (NC) Normally Closed
Load,
Device
Load,
Device
230 V. AC.
22
TECHNICAL CONSULTATIONS.
If you have any doubt, you could contact your wholesaler or our Technical Department.
- Via E-Mail, sat@cebek.com | by mail P.O Box 23455 - 08080 BARCELONA - SPAIN.
CEBEK is trade make of FADISEL S.L. more than 300 module’s are avaible in stock for any purpose request our CATALOGUE, or visit our Web. Http://www.cebek.com
All the module’s CEBEK have 3 years of total warranty in thecnical
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