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LOGIC RAIL Block Animator/2 Instructions Manual

LOGIC RAIL Block Animator/2 Instructions Manual

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L
R
OGIC
AIL
TECHNOLOGIES
21175 Tomball Pkwy
Suite 287
Houston, TX 77070
Getting started
Thank you for purchasing a Logic Rail Technologies product! Please familiarize yourself with all the instructions prior to
installing this board. The Block Animator/2 (versions BA/2, BA/2-IR, and BA/2-X) provides 3-color signaling for LED-
based 3-light signals (individual red, yellow, and green LEDs) and searchlight-style signals constructed with either three
individual LEDs (such as those from BLMA/Atlas, newer Tomar) wired with a common anode or a single, bipolar
(red/green) LED (such as those from Oregon Rail Supply and Tomar's older ones). The Block Animator/2 also includes our
TrueLens2 feature. This feature reproduces the "bounce" of the prototype searchlight signal mechanism which briefly flashes
red when transitioning from yellow to green.
The Block Animator/2 provides automatic operation of two 3-color block signals in a semi-prototypical way. Four sensors
(photocells or infrared emitters and detectors) are used for bidirectional train detection; two are used for the Eastbound signal
and two are used for the Westbound signal. The typical layout of the signals and sensors is illustrated below.
Sensor
W1
What is different from the original version of the Block Animator (BA-1, BA-1-IR, BA-2 and BA-2-IR)?
 Signal outputs are turned on in sequence (Red  Yellow  Green), briefly, when power is first applied to the
board. This gives you a quick test of the signals to make sure all the connections are correct and the signals work!
 The time delay between color changes is now adjustable from 1 to 127 seconds! You are no longer limited to
choosing between one of two delay times.
 There are individual sensor status indicators on the circuit board. These not only help you when first setting up
the board but are also active when in "operating" mode.
 The Flashing Yellow aspect has been added. When enabled the signal will transition from yellow to flashing
yellow before returning to green. This simulates an Approach Medium indication.
 There is no need to swap chips on the board if you want to use a photocell, infrared between-the-rails, infrared
across-the-rails, and external detectors. However, you will need to decide which sensor type (photocell or
infrared), if any, you want at the time of purchase. Both sensor types are still available separately (#PCELL or
#BTR-IR4) if you want to change types!
 The board is also offered without optical sensors (version BA/2-X) for use with other brands of external detectors.
 The infrared detection method has been improved and no longer has strict limits on the incoming voltage.
the IR emitter wiring is different from the previous generation product!!! Please pay close attention to this.
 We added another visual feature, Signal Fade, which fades individual aspects off and on when transitioning
between the indications (clear, stop, approach). This feature can be enabled or disabled on the board.
How does it work?
In the absence of any trains the two signals will be green. Now consider a train traveling eastbound. When sensor W1 is
activated signal WB will change from green to red and will remain red as the train continues eastbound and subsequently
activates sensor W2. When the train then activates sensor E2 signal EB will change from green to red. Once the train has
totally cleared sensors W1 and W2 signal WB will change from red back to green. As the train continues eastbound towards
sensor E1 signal EB will remain red. Once the train has passed over sensor E1 and totally clears both it and sensor E2 signal
EB will change to yellow; this mimics the behavior of the train entering the "next block." After a time delay (adjustable; see
page 7) signal EB will change to green. Signal operation for a westbound train is similar with signal EB changing from green
to red and back to green while signal WB changes from green to red to yellow and back to green.
TM
"Sophisticated
Model Railroad
Electronics"
Phone: (281) 251-5813
email: info@logicrailtech.com
http://www.logicrailtech.com
Signal
EB
Sensor
W2
W
Block Animator/2
Instructions
(covers versions BA/2, BA/2-IR, and BA/2-X)
Signal
WB
Sensor
E2
E
Revised 7/24/2020
Sensor
E1
NOTE:
1

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Summary of Contents for LOGIC RAIL Block Animator/2

  • Page 1 LEDs (such as those from BLMA/Atlas, newer Tomar) wired with a common anode or a single, bipolar (red/green) LED (such as those from Oregon Rail Supply and Tomar’s older ones). The Block Animator/2 also includes our TrueLens2 feature. This feature reproduces the “bounce” of the prototype searchlight signal mechanism which briefly flashes red when transitioning from yellow to green.
  • Page 2: Approach Lighting

    You should make all of the connections to the Block Animator/2 before applying power to it. You can mount the Block Animator/2 anywhere it is convenient underneath your layout using the four mounting holes provided. The holes will accept #4 screws; do not enlarge the holes as damage to the circuit board can result and your warranty will be voided! The Block Animator/2 board has a set of 10 configuration switches on it.
  • Page 3 (SIG EB or SIG WB) in the OFF position as shown in Figure 4. The Block Animator/2 directly controls 3-light LED signals wired in a common-anode (the anode is the positive side of the LED) arrangement.
  • Page 4 (E2 and W2) depends upon how long of a signal “block” you wish to define for each signal. However, keep in mind that there is a 35 second timeout that the Block Animator/2 uses. This means that if it takes more than 35 seconds for...
  • Page 5 It may be necessary to repeat this procedure if layout lighting conditions change significantly. Note that the Block Animator/2 will activate the sensor status LEDs when the associated sensor detects a train in “operational” mode; this is different from the previous generation Block Animator! Turning the pots clockwise adjusts for brighter overhead lighting conditions while turning the pots counter-clockwise adjusts for dimmer overhead lighting.
  • Page 6 Signal Signal West approach block Center block East approach block Figure 12 – External detector block/zone partitioning Figure 13 shows how simple it is to connect the BD20 block detectors to the Block Animator/2. NCE BD20 West Center East approach...
  • Page 7: Other Applications

    Power The Block Animator/2 accepts AC or DC power (7 - 16V). Power consumption, including the signals, ranges from ~60 mA (photocell version) to ~225 mA (infrared version). If you are only using a single board then you can use the AC terminals to provide power as shown in Figure 15a.
  • Page 8: Warranty

    GND terminal AND change the sensor mode to External Detector (see Table 1 on page 3). The signal should immediately change to red. If not, then the Block Animator/2 board should be returned to us for test/repair.