Akron STYLE 3578 STREAMMASTER Instrucciones De Instalación, Funcionamiento Y Mantenimiento página 8

B. EMERGENCY STOP DURING DEPLOY OR STOW
If it is necessary to immediately stop the StreamMaster monitor during the deploy or stow sequence, activate any switch on the
control panel and the unit will stop moving (E-Stop). To continue operation after an emergency stop, operate any switch or
press the Stow or Deploy switch to continue the sequence.
C. MANUAL OVERRIDE CONTROLS
The manual override control is to be used only when the power to the monitor is off. A override crank with a
provided and attached to the monitor for use on both the horizontal and vertical override controls . To use the manual override,
insert the hex drive end of the override crank into the hexagon shaped hole on the shaft end opposite the motor . Rotate the
override crank in the desired direction to aim the monitor .
WARNING: When the override crank is no longer in use, put it back in the storage position. Do not use the electric controls
when the override crank is being used or is in position for use.
D . LEARN MODE FOR STANDARD 10-wire Controller (Switch Operator Station)
The learn mode allows the operator to teach the monitor a new final position for the nozzle in the stowed position.
To learn a new stowed position:
1. Start with the monitor in a deployed position.
2. Press and hold the Stow button. The monitor will stow into the default stowed position. If at any point you release the Stow
button, you must start over.
3 . When the monitor comes to a stop, continue holding the stow button and operate the up or down button to the desired
elevated position, then operate the left or right button to the desired rotation position .
4. Release the Stow button, this will be the new stowed position. Note: There is no learn mode for the Deploy Function. See
DIP Switch 3 and 4.
Introduction
E. LEARN MODE FOR SPECIAL 6-WIRE CONTROLLER (Switch Operator Station)
Introduction
The Six Wire Controller was developed to reduce wires and hence reduce slip rings on the turntable for an Aerial . The premise of this
is to reduce the lower controller wires for a Stow Controller from 10 wires to 7 or 6 wires (6 wires if the supply voltage comes from
a different source). This was done by removing the LED (1 wire) and using multiple signals to replace the Stow and Deploy signal (2
wires). When the Stow button is activated, three signals are sent to the Logic Box (Fog, Stream, and Right). When the Deploy button is
activated, Fog, Stream, and Left are sent to the Logic Box. The program in the Logic Box will recognize these signals as Stow or Deploy
when DIP Switch 1 is UP.
How to identify a "6-Wire" system
You have a "6-Wire" system if:
- DIP switch # 1 (in the Logic Box) has to be UP (away from board, towards the "OPEN" position) for
Stow, or Deploy to work.
- Stow (and /or Deploy) works, but there are no wires connected to TB1, terminals 7, 8, 21, or 22.
- Operator switch station does not have a red LED indicator lamp.
Part numbers: 35781002 (Surface Mount), and 35781003 (Flush Mount)
NOTE: The configuration of these two controllers is such that when you press the STOW switch, it will send out voltage on three
wires at the same time: FOG, STREAM, and RIGHT.
When you press the DEPLOY switch, it will send out voltage on three wires at the same time: FOG, STREAM, and LEFT.
6
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