The Flex ECT, from Haunt Master Products, Inc. is an externally triggered, DUAL analog timer for the control of a haunt scare/display event.   It is designed to start timing by means of external switch closure.     CAUTION: The two "sensor terminals" on the Flex ECT  (ref. sketch) MUST BE wired  to the EXTERNAL trigger device that acts like a switch.    NO source of electrical power should ever be connected to these two terminals -  at risk of destroying the timer.

TRIGGERING:
In order to start timing,  the Flex ECT  must be triggered by momentary closure of a switch across it's two sensor terminals.    This switch could be anything from a manually operated push-button, or a mat switch, or a Passive Infra-Red (PIR) sensor that has unpowered switch contacts.      When manually testing (see "D.C. Test Procedure") the timer even a paper clip can be used to trigger the Flex ECT.

SET TIMING:
The user adjusts the timing of the 1st and 2nd stage by turning the T1 and T2 knobs, clockwise,  from 0.1 sec (minimum)  to approx 140 sec (maximum).   Timing can be set
by stopwatch or clock using the LEDs as indicators.    The timing marks on the label aren't accurate and are just for relative reference.  [IF the timing is critical and the pointer/s
should not be moved, a drop of hot glue on the tip of the pointer that touches the label will hold settings]

TIMING OPERATION:
Once triggered by connecting its two sensor terminals, the Flex ECT's  first stage timer = T1, starts timing and it's green LED is illuminated.  When T1 times out (ends timing), T2, the 2nd stage timer automatically starts timing, and its LED is illuminated.  After T2 times out, the Flex ECT will reset, if the switch across the sensor terminals is not closed.
If the switch across the sensor terminals remains closed or becomes closed at the instant the timer attempts to reset, it will not do so until the switch contacts open.  This action prevents repeat cycle operation.    [If repeat cycle operation is desired, we have a separate timer (which isn't  triggered) called the Repeat Cycle Timer (RCT) for this purpose.]
 
 

The Flex ETC requires a 9-volt battery (alkaline preferred) or a 9-volt AC adaptor (for extended operation over a number of days our 9 volt Battery Eliminator is recommended). Connect the 9-volt d.c. power source to the battery clip on the front of the unit.

Mounted on the front of the Flex ECT is a white plastic terminal strip which has eight terminals. Four of these face UPWARD, and two of these hold the red and black wires of the battery snap and the other two are the 'sensor terminals' where external switch (trigger) wires are to be connected.  The four BOTTOM facing terminals are not used by customer.

Brass screws on the terminal strip are tightened to hold wires.  Note these screws MUST contact bare wire  and not the wire insulation. .

1)  Leave the Flex ECT's power cord UNplugged. Connect a 9-volt alkaline battery or our 9-volt Battery Eliminator to the battery snap of the Flex ECT.  Turn the power switch "OFF". Set T1 and T2 knobs to 1 on their dials.  NOTE: TIMES shown on the Flex ECT dials are in SECONDS and only approximate.   However, with a clock or stopwatch any time interval in the range of the timer (0.1 to 140 sec) may be obtained precisely.   [If timing is critical we recommend using a dap of hot glue, or wax to hold the T1 & T2 knobs from moving]

2) Bend a bare metal paperclip so that it forms a "U" shape.  Form the "U" so that the ends of the clip will each touch one of the metal inserts within the two sensor terminals
(diagram).  Lay the paper clip aside for now.

3) Turn the power switch (upper right hand corner) of the Flex ECT to "ON".  Nothing should happen, as there has been no triggering through the sensor terminals.

4) Grasping the paper clip at the base of the "U", insert the ends of the clip so that they each touch a metal insert in the two sensor terminals (diagram). The T1 LED should immediately light and remain lit for the amount of time = T1. Immediately after the T1 LED is extinguished, the T2 LED is lit. It stays on for a period = T2. During this time, if you again touch the two sensor terminals with the paper clip, the T1 LED will NOT light.  This shows that no switch action at the sensor terminals will interfere with the timer's operation until it has completed both stages of timing.   After the T2 LED goes out, the Flex ECT will RESET as long as the sensor terminals are not connected (via paper clip).

5) Experiment:  Perform steps 1-4 above leaving the paperclip connected to the sensor terminals (a continuously closed switch),  the Flex ECT does not reset,  so it won't automatically re-start.   Once the clip is removed, the timer resets and re-applying the paper clip to the sensor terminals will start the timing again.

1) With its battery switch OFF, plug the Flex ECT's cord into a 3-prong socket. Plug a lamp that's been switched ON into the Flex ECT's socket.  Put  the handle of the Energize toggle switch toward T1.

2) Turn power switch ON and repeat the D.C. tests (steps: 1-4).   Whenever, the T1 LED is lit, the lamp should be also. Lamp loads up to a maximum of 1200 watts may be switched. Motor loads should be limited to 3 amps or less as indicated in the specifications. [use the Email link, below, for any additonal advice as to electrical loads, etc.]

3) Repeat step 2) with the Energize toggle handle toward T2. Now when the T2 LED is lit, the lamp should light. It should be evident that with T2 energizing the effect, an initial delay (T1) occurs first.  Putting a delay, first,  gives the "scare effect"  triggered by the Flex ECT to someone other than the first person in a line of people.
 

Note: The above tests check the operation of the Flex ECT, only. Always test your entire SYSTEM, as well, using the actual sensor/s and A.C. powered equipment to be sure that everything works as planned !!

Please do not exceed the following limits or we'll both be disappointed. Call or Email if you have any further questions.

Timing & socket energization is initiated by N.O. switch closure
Maximumn switched 120 volt A.C. resistive current = 10.0 amps
Maximum switched 120 volt A.C. inductive current = 3.0 amps
Time settings = 0.1 to 140 seconds - continuous range (dial markings approximate)
Repeat accuracy = +/- 2%
9-volt "Heavy Duty" Battery Life = 12 hours (with no A.C. switching).
9-volt "Alkaline" Battery Life = 18  hours (with no A.C. switching).
Maximum current at 9 volts = 48 milliamps (when timer is timing with LEDs)
A 9-volt battery adaptor (wall wart) may be used to power the Flex ECT, if it's an unregulated supply it's current rating should be 200 milliamps or less.
Note: Haunt Master Products, Inc sells our 9-volt Battery Eliminator  for use with the Flex ECT

Haunt MasterProducts, Inc. warrants the Flex ECT, to the original purchaser, against operational failure caused by defective parts or assembly for a period of 12 months from the date of purchase. Proof of purchase (original invoice) must accompany the unit's return for In-Warranty repair/replacement.

Email

Phone: 540- 421-0695

Haunt Master Products, Inc.
107 Mirandy Court
Bridgewater, VA 22812-9567