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1.

 

The Alligator Clip Wire is for external battery connection.   

2.

 

AA batteries can be either rechargeable or disposable. 

3.

 

There is an enclosure inside receiver to hold 6xAA batteries (#15).     

B. How the system works in Two Different Firing Modes 
1) Use Transmitter A for Instant Firing Mode 
There are 12 cues (1-12) on the receiver and 12 fire buttons (1-12) on the transmitter. Press a fire button 
on the transmitter to fire the same numbered cue on the receiver.   

2) Use Transmitter B for Firing-In-Sequence Mode 
The buttons are labeled 0.1-0.9, 1.0, 2.0, ALL. Press the desired interval (in sec.) that you want to have 
between cues. Immediately, all cues will be fired in order 1-12, with the selected interval (in sec.) between 
each cue. Push ALL to fire all cues at once.   

C. Before Attaching E-matches/Igniters 

1) Installing or Connecting Batteries 
Internal batteries:
 Unscrew Battery Cover (#14) from battery enclosure. Insert 6xAA batteries into 
Battery Enclosure (#15) and replace Battery Cover (#14). 
External battery: Plug alligator clip wire into External Battery Jack (#4), and use red alligator clip to 
connect the positive (red) terminal of the SLA battery, and black alligator clip to connect the negative (black) 
terminal. 
The receiver will work with either internal batteries or external batteries. It will use the battery with the 
higher voltage. 
2)

 

Safety Tests   

Do following steps before attaching e-matches / igniters. 
Step 1: Turn on the Main Switch (#12) and set Rocker Switch (#9) to Learn. If the battery voltage of 
Digital Readout Meter (#3) is blank While there is LED(s) which is on, do not use this receiver, 
because the battery voltage is too low to have the receiver work normally. Turn off the Main Switch (#12) 
and remove internal or external batteries, replace with fully charged batteries or fresh batteries.   

Important: If the battery voltage is too low, the receiver may malfunction and igniters in the cues may fire 
prematurely or not all. Premature ignition of fireworks can result in death or bodily harm. 

Step 2: If the receiver is not synchronized to the transmitters, perform “Learn Codes” on (see “Learn 
Codes / Clear Codes
” below) before performing the next step.     
Step 3: 
Set Rocker Switch (#9) to Test. All Cue Fire LEDs (#10) and Cue Test LEDs (#11) should be 
turned on. Any unlit cue is defective. 
Step 4: Set Rocker Switch (#9) to Arm. All Cue Fire LEDs (#10) and Cue Test LEDs (#11) should be 
off. If any Cue Fire LED (#9) stays lit, then that cue is defective. 

Important:

 

Do not attach any e-match/igniter to defective cues under any circumstances, otherwise, that 

e-match/igniter will fire prematurely. Premature ignition of fireworks can result in death or bodily harm.

 

Step 5: Set Rocker Switch (#9) to Arm. Extend the Antenna (#1). Press and release any Button 1 to 12 
on transmitter A, the matching Cue Fire LED (#10) should flash on and off. Repeat this for different 
buttons.   
Step 6: Set Rocker Switch (#9) to Arm. Press and release any Button (except ALL) on transmitter B, 
each Cue Fire LED (#4) should flash on and off in order using the selected interval. Push ALL and all Cue 
Fire LEDs (#9) should flash on and off.   
Step 7: Turn off Main Switch (#12). Retract Antenna (#1).   
If the above safety tests are successful, you may attach lead wires of the igniters to the Negative 

Summary of Contents for MS Series

Page 1: ...afe and legal use of this device according to the laws and regulations of your country and or state province district RFRemotech is not responsible for illegal or unsafe use of this device The buyer user assumes all responsibility and liability in the use of this device and further agrees by purchase and or use of this device to indemnify and hold harmless RFRemotech against all liability for inju...

Page 2: ...escription FCC CE certified OOK ASK Wireless Radio 433 92MHz 12 cues Overload Protection Reverse Protection ID address code is visible Learning Code with more than one million address code combinations Two Firing Modes Instant Firing and Firing In Sequence Output Component MOSFets Dual powered Either 6x AA internal batteries or external SLA battery 12V It may use 6V to 14V The Maximum firing curre...

Page 3: ...elescopic Antenna 2 Wired Control LED 3 Digital Readout Meter 4 External Battery Jack 5 Negative Terminals for cues 6 Learn Button 7 Positive Terminals for cues 8 Arm LED Learn LED 9 Rocker Switch 3 positions Test Learn Arm 10 Cue Fire LED total 12 LEDs 11 Cue Test LED total 12 LEDs 12 Main Switch lock switch 13 RS485 ports 14 Battery Cover 15 Battery Enclosure 3 Components RF12 Transmitter A TCF1...

Page 4: ...dout Meter 3 is blank While there is LED s which is on do not use this receiver because the battery voltage is too low to have the receiver work normally Turn off the Main Switch 12 and remove internal or external batteries replace with fully charged batteries or fresh batteries Important If the battery voltage is too low the receiver may malfunction and igniters in the cues may fire prematurely o...

Page 5: ...nce the e matches igniters have been tested previous paragraph the receiver is ready to fire them Extend the Antenna 1 turn on the Main Switch 12 and set Rocker Switch 9 to Arm Arm LED 8 will be lit Press a button on a learned see Learn Codes above transmitter to send a signal Cue Fire LED 10 will flash and the e match igniter on that cue will fire See B How system works in Two Different Firing Mo...

Page 6: ...al ID on the Digital Readout Meter 3 in three digit portions See the diagram below Readout goes back when no press within 3 seconds Press Learn Button rapidly Press Learn Button Rapidly Press Learn Button rapidly Press Learn Button for 3 seconds 038 559 062 030 000 Shift 7 Rocker Switch at Learn Manufacturer RFRemotech E mail service RFRemotech com Http www RFRemotech com December 2012 ...

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