Firstly, remove the
cable ties that keep the
mechanism safe and
secure during transit.
There are usually 6 ties
in various locations.
However, on some models
there may be more than
6 cable ties.
Once all the cable ties
have been removed, then
the mechanism can be
powered up and tested.
OUT: Reveal Screen
IN: Hide Screen
STOP: Stops Mechanism
See SHEET 11 for further
controls
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Stage 2
Fitting Flap And Base To Mechanism
The hole is necessary for hinge pole to pass through.
107
VIEWING SIDE
Base
Sheet 3 of 17
ISSUE: 006
www.futureautomation.co.uk
The 6mm flap and the base should be
made as part of the cabinet.
125
80
The surface of the flap should be
varnished or painted to prevent warping.
Take care when fixing the surfaces
together. Place the objects on a
flat surface to make sure the edges
are properly aligned when they
come into contact.
Try to use as many self
adhesive pads as possible
to get the most secure fixture.
FIXING
Make sure the base panel
lines up squarely, directly
on top of the lifting beam.
Consult
PLH TECHNICAL SHEET
before fabricating any
flaps or base panels.
DETAIL A
SCALE 1 : 5
Base
S
upports
Penny
W
asher
Woodscrew
Remove mount and place base
central onto the beam into position
and reattach the mount.
Fix the base by using penny washers
and wood screws through the
base supports
provided as
shown in
De
tail A
Aluminum
Flap
FUTURE
6mm Flap
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Stage 3
Sheet 4 of 17
ISSUE: 006
www.futureautomation.co.uk
Fixing T
he L
ift In T
he C
abinet
Place the mechanism within the cabinet.
Raise the beam to the top and guide the
base carefully through the opening in the top.
With the base properly located, use the 8
pointed screws supplied, 4 on each side,
to pin the mechanism in place, fixing its
position left and right. These 8 screws
should be screwed through the middle
hole of each of the clusters of 3,
shown below right.
With the lift fixed in position, use 8 wood
screws on each side to secure the
lift to the cabinet.
DETAIL B
SCALE 2 : 3
FUTURE
B
AUTOMATION
PLH
Instruction Sheet
Plasma Lift Hinge Mechanism
Stage 4
Adjusting Base Panel Height
Sheet 5 of 17
ISSUE: 006
www.futureautomation.co.uk
DETAIL C
SCALE 1 : 1
By adjusting the screw up
and down, you can adjust
the stop height of the beam,
and also the base panel.
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Stage 5
Positioning The Base Panel
C
Sheet 6 of 17
ISSUE: 006
www.futureautomation.co.uk
DETAIL C
SCALE 1 : 3
CABLES
The cables for the screen
should pass up through
the pole up to behind
the plasma screen.
There should be a gap of about 3mm
around the edges of the base panel to
the cabinet.
See Stage 2 for instructions on fixing
the base.
FUTURE
AUTOMATION
PLH
Instruction Sheet
Stage 6
Plasma Lift Hinge Mechanism
Sheet 7 of 17
ISSUE: 006
www.futureautomation.co.uk
CABINET TOP - SIDE VIEW
Adjusting T
he F
lap-Up Position
2
3
1
1
2
By loosening the M6 bolts on each
side under the flap, you can adjust
CABINET TOP - SIDE VIEW
By adjusting the white screw,
at each side of the lift, you can
adjust the tilt of the flap.
CABINET TOP - PLAN VIEW
the position of the flap in the hole
in the cabinet top. Aim for a
3mm gap all round.
By winding the push rods on each side, you can
adjust the height of the flap in order to get it level
3
with the cabinet top. Be sure to lock the nut securely
once adjusted. Make sure the black plate does not
touch the inside of the cabinet. This can cause
FUTURE
strain on the motor, leading to failure.
AUTOMATION
PLH
Plasma Lift HingeMechanism
Technical Sheet
Stage 7
Ch
ecking F
lap Down P
Sheet 8 of 17
ISSUE: 006
www.futureautomation.co.uk
osition
D
DETAIL D
SCALE 1 : 4
By adjusting the bolts under each flap arm as circled,
it is possible to alter the angle the flap opens to. It is
very important that when the flap is open, it rests
in a vertical position, as shown above.
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Stage 8
Fixing the screen to the lift
Simply mount the screen on to the mount supplied
with your mechanism. The example below
shows a Group A framework.
Place screen down carefully onto a
flat surface, remove uprights from
the mount and bolt onto the back of
the screen.
Sheet 9 of 17
ISSUE: 006
www.futureautomation.co.uk
CABLES
When the screen is in the
home position, pass the cables
through
Once inside locate the cable
management system as circled
in the drawing. The cables can
be pushed inside to keep them
neat within the cab
into the cabinet.
inet
Carefully hook the screen with
the uprights properly secured
back onto the mounting frame
and position.
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Sheet 10 of 17
ISSUE: 006
www.futureautomation.co.uk
RUNNING THE
MECHANISM
Stage 9
R
un T
he M
echanism
It is very important that once
the mechanism is set up, the
lift is run up and down a
number of times and
that grease is applied to
the racks.
It may then be nessary to
re-adjust the height
lifting beam, as
first dicussed in Stage 4
of these instructions.
of the
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Stage 10
PLH m
f
actory s
echanisms a
et t
o r
otate 45
re a
ll
Sheet 11 of 17
ISSUE: 006
www.futureautomation.co.uk
REMOTE
CONTROLS
IN
Takes the screen
inside the cabinet.
OUT
Takes the screen
out of the cabinet
and rotates 90
STOP
Stops mechanism
at any time
PRESET
Screen goes to
learnt position.
STORE
Programs current
screen position to
learnt position.
PRESS
OUT
PRESS
IN
FUTURE
HOME
Takes screen to
forward facing position
when screen is already
in an angled position.
AUTOMATION
PLH
Instruction Sheet
Plasma Lift Hinge Mechanism
www.futureautomation.co.uk
Controlling The Mechanism
Mechanism can be controlled
through the IR or Contact closure
( see sheet 14
)
Sheet 12 of 17
ISSUE: 006
PRESS
OUT
Position Options
When the
pressed on the remote the
screen will appear from
the cabinet and
automatically rotate 90
when it reaches the top.
The rotation of the screen
can be stopped and a
position can be stored in
the memory so when the
PRESET
the screen will go to that
button is pushed
position.
button is
OUT
FUTURE
Rotates
90
To store a position
PRESS
STORE
in the memory
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Sheet 13
ISSUE: 006
www.futureautomation.co.uk
of 17
Electrical Connections
The PLH mechanism must be connected to the AC1, AC2,
DC1 and DC2 blocks of connections.
Remove this screw to release the lid
Connect the Infrared Sensor here
A
DETAIL A
SCALE 1.2 : 1
Connect the IEC Power Lead Here
FUTURE
It is VERY important that when all of the
electrical connections are made, the
connector blocks are connected in the
way shown above, with all the wires
coming directly out the top of the
connector blocks.
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Contact Closure
Use an RJ45 connector in the
CC1 socket on the control box
to operate via contact closure.
Sheet 14
ISSUE: 006
www.futureautomation.co.uk
1
pins
8
of 17
B
There are a number of LEDs
which will light up when the
corresponding contact closure
connections are shorted together.
A red LED will light up when the
emergency stop link is removed.
PIN
1
2
3
4
5
6
7
8
568
A
W/G
G
W/O
BL
W/BL
O
W/BR
BR
568
B
W/O
O
W/G
BL
W/BL
G
W/BR
BR
DESCRIPTION
12V SUPPLY CURRENT LIMITED
12V TRIGGER
GROUND
DEVICE TOGGLE
DEVICE IN LATCHED
DEVICE STOP
DEVICE OUT
DEVICE IN
ACTION
When 12V is attached, device will go OUT.
When 12V is removed, device will go IN.
Momentary short to ground will switch the
device between states of IN / OUT. CC5
Momentary short to ground,
will make screen go UP and HINGE. CC4
When shorted to ground,
stops device in current position. CC3
Momentary short to ground
will make screen go UP but NOT HINGE. CC2
Momentary short to ground
will make device go IN. CC1
DETAIL B
SCALE 1.5 : 1
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
RS232
Use an RJ11 connector in the
socket marked RS232 on the
control box to operate using RS232.
DETAILS
Band rate: 9600
Stop bit: 1
Parity: None
Databits: 8
PROTOCOL
ASCI
fa in, = Device IN
fa out, = Device UP and HOME
fa home, = Device UP back
to HOME
fa stop, = Device STOP
fa preset, = Device UP
and to MEMORY
fa left, = Device UP and to the LEFT
fa right, = Device UP and to the Right
Sheet 15
ISSUE: 006
www.futureautomation.co.uk
6
pins
1
of 17
6
1
PIN 1: IN
9
7
8
2
3
4
5
PIN 6: OUT
PIN 3&4: GROUND
PIN 2: IN
PIN 3: OUT
PIN 5: GROUND
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Sheet 16
ISSUE: 006
www.futureautomation.co.uk
of 17
Operation Details
D
C2
Gives an ouput to
control the Plasma
Hinge motor.
DC2
A low voltage connection for the
switches in the mechanism.
The LEDs indicate the
state the mechanism is in.
CC1 Not Lit: Hinge is IN
CC2 Flashes
CC1 & CC2 Lit: Home position
: Hinge is OUT
DC1
A low voltage connection for the
switches in the mechanism.
The four LEDs indicate the
state the mechanism is in.
CC1 Not Lit: Flap is OPEN
CC2 Not Lit: Flap is CLOSED
CC3 Not Lit: Beam is DOWN
CC4 Not Lit: Beam is UP
Contact Closure LEDs
To show the contact closure
operation is working correctly.
LEDs are on when connections
are shorted together.
EMERGENCY STOP
This connection will stop all
functions of the mechanism
once broken / removed. Red
LED will also be on.
AC1
Gives an ouput of 240V(or 110V) to
control the Plasma Lift motor.
Outputs stay live for 60 seconds after
the OUT or IN functions are selected.
FUTURE
AUTOMATION
PLH
Plasma Lift Hinge Mechanism
Instruction Sheet
Supplied Fixings
The fixings immediately below are the standard PL fixings supplied with every PL product.
There will be one other pack of fixings supplied, containing fixings that are specific
to the particular screen being mounted on the PL product.
www.futureautomation.co.uk
M6 x 25mm
Pointed x 8
Sheet 17
ISSUE: 006
of 17
GROUP A
M4 x 16mm x8 M5 Washers x8
M5 x 12mm x8 M6 Washers x6
M6 x 16mm x6
M8 x 16mm x6 Spacers 18 OD 8 ID 10mm x8
M8 x 25mm x4 Spacers 18 OD 8 ID 15mm x4
M8 x 30mm x4 Spacers 18 OD 8 ID 45mm x4
M8 x 50mm x4
M8 x 60mm x4
M8 x 80mm x4
VESA
M4 x 16mm x6
M4 x 20mm x6
M5 x 20mm x4
M5 x 30mm x4
M5 x 35mm x4
M6 x 20mm x4
Spacers 20 OD 6 ID 3mm x8
FUTURE
GROUP C
M4 x 16mm x4 M8 Washers x6
M5 x 16mm x4
M5 x 20mm x4 M8 Rawl Bolts x6
M5 x 30mm x4
M5 x 50mm x4 Spacers 15 OD 6 ID 15mm x4
M6 x 16mm x4 Spacers 15 OD 6 ID 30mm x4
M8 x 60mm x6 Spacers 20 OD 6 ID 3mm x4
AUTOMATION
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