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Electronic
Stepper
P/N ESLI
For:
Armor, Curtis, General, Haughton, Otis, Payne, Seaburg, Turnbull, Westinghouse
and other steppers.
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Features:
• All wiring is done via pluggable terminals
• Onboard Position Indicator for viewing floor position
• Battery back floor position for power outages
• Wiring diagram for your stepper, showing the existing stepper with the
new stepper
Power Requirement:
120/240V AC, Jumper Selectable 25 VA Max
Input Voltage Range:
24 to 300V AC or DC
Input:
All five (5) inputs are opto-isolated from each other. Typical labeling for inputs
are: Step Down, Step Up, Bottom Reset, Middle Reset, and Top Reset.
Output:
Up to 63 positions and up to 8 rows (or banks). Each output has onboard contact
suppression. For high inductive loads, a Diode-Resistor kit is supplied to enhance
relay contact life.
Dimensions:
3" H, 5 1/4" W, 6 7/8" L for 16 floors Armor Stepper. Size will vary depending
upon the number of floors and the number of banks.
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Magnetic
Button Replacement
P/N MB6
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This card is used to change
from the old type magnetic button car station, as were used by Otis and Westinghouse,
to the new light-up type button car station. No controller wiring is required.
Each card can accommodate 12 floors. Additional cards can be cascaded for additional
floors.
Dimensions:
1" H, 2 1/2" W, 7" L
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Current
Sense Relay For Otis Touch-Tube Circuits
P/N CS1
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This board was originally
designed to replace the unavailable Ward Leonard Current Sensitive Relay that
was used for this purpose. Other uses are for the updating of existing touch-button
circuitry for "Fire Service Phase Two".
Dimensions:
3/4" H, 2" W, 2 5/8" L.
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IP8300-Plus
2" Tape
P/N
IP8300-2 |
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The IP8300-Plus uses a hall
effect sensor in conjunction with a magnetic target ‹ very much the same as a
mechanical magnetic switch works with a target or vane.
The hall-effect sensors
can be configured as:
• A single sensor - single output
• Two sensors in parallel - single output
• Two sensors in parallel - single output (as in Door Zone)
The outputs are usually
a relay contact output with contact suppression but can be supplied with transistor
open collector output.
A 2" wide tape is fastened
at the top of the shaftway and is secured at the bottom of the shaftway with a
spring-loaded bracket. The hall-effect sensors are housed in a floating head located
on top of the elevator. The 2" tape is divided into three 1/2" rows with a 1/4"
clearance on each edge of the tape. The sensors are polarity sensitive. Because
of north and south seeking sensors, the 2" wide tape which has three (3) rows
may in effect be expanded to six (6) rows.
The IP8300-Plus
is used for new installation and also replaces existing installations. Some of
the existing installations are Otis 140M and 6850 selector "pie plates" - also
Westinghouse tape switches and inductor vane type.
Dimensions:
24" H, 3" W, 3" D.
IP8300-Plus 3" and 4" Tape
P/N IP8300-3; P/N IP 8300-4
The 3" wide and 4" wide
tape units are the same as the 2" wide tape unit except it can facilitate five
(5) rows for the 3" wide tape and seven (7) rows for the 4" wide tape.
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Output
Boards for the IP8300-Plus
P/N IP8300-R9, IP8300-R12
There are two types of
boards available:
• 9 relay output board (P/N IP8300-R9)
• 12 relay output board (IP8300-R12)
The 9 relay output board
has two separate commons, and the 12 relay output board has three separate commons.
The outputs may be in any combination of normally open and normally closed contacts.
Power Requirement:
Both boards need 120VAC for power and have built-in contact suppression for the
relay contact outputs.
Dimensions:
9 relay output: 2 1/2" H, 5 1/4" W, 6 3/4" L.
12 relay output: 2 1/2" H, 6 3/4" W, 6 3/4" L.
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Digital
Position Indicator Display with Direction Arrows
P/N REC1, REC2, REC3, XM1T1, SM1T2, XM1T3, XM1T-A |
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Features:
• 3 wire system for displays, can drive up to 48 displays
• Wide input range: 5 to 300 AC/DC. Standard, binary or special input logic.
• Small compact display design.
• All wiring done via pluggable terminals.
• Onboard digital displays.
• Alphanumeric displays with Up & Down direction arrows
Power Requirement:
120V AC, 80 VA maximum. Input Voltage Range: 5V to 300V AC/DC. Up to 63 floors.
Output:
3 wires for power to drive the displays. Up to 48 displays can be connected to
one Encoder / Transmitter. No special wires are needed to drive the displays.
Dimensions:
1/2" Display with Arrows: 2" H, 1 3/8" W, 1 5/16" D.
1" Display with Arrows: 2 3/4" H, 2 3/16" W, 1 7/8" D.
2" Display with Arrows: 3 3/4" H, 4 5/16" W, 1 5/8" D.
Encoder / Transmitter: 3 3/4" H, 5 5/8" W, 9 1/4" L.
Stand-Alone Digital Position Indicator Display
Features:
• No transmitter is needed.
• Economical for low rise jobs.
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Otis
Touch Button Replacement
P/N 2040 |
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The 2040 module can be used
to replace the existing touch buttons in the elevator cab or the hallway. One
2040 module is needed per button in the hall stations. For example, one 2040 module
for the up button and one for the down button. In the elevator cab, one module
per floor is needed and in the case of two car stations, one module is needed
but additional wires must be added to light up both car stations.
Dimensions:
1/2" H, 1 1/8" Sq.
Otis Touch Button Plus Replacement
P/N 2040-Plus
Features:
• Similar to our Patented 2040 module Touch Button replacement.
• Cross-firing of double gang pushbuttons for hall and car € Choice of any
24 Volt bulb (100 ma maximum). € 8 calls per board.
Dimensions:
3/4² H, 5² W, 8² L
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Master
Double Gong For Down Hall Lanterns
P/N MD
This board will allow you
to update an existing controller with the handicap feature of a double gong for
the down lantern. The board should be mounted in the motor room and connected
to the existing hall lantern circuitry.
Dimensions:
0.75² H, 3.7² L, 2.4² W
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Hall
Lantern PI Board
P/N LPI
This board is a custom design
for use in conjunction with a Microprocessor or a PLC controller.
Features:
• 4 binary coded Positions Inputs will provide 16 Elevator Position Indications.
• 2 Up and Down Lanterns Inputs with the above Positions Inputs will provide
16 Up Lanterns and 16 Down Lanterns.
• Triac outputs with onboard suppressions, designed for 120 VAC.
• On board digital position display.
• Cascade a second board to expand up to 32 floors with 32 PI¹s and Up/Down
Lanterns.
Power Requirements:
24V, AC/DC
Input Voltage Range:
24V, AC/DC
Dimensions:
1² H, 5 3/4² W, 12²
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Chime,
Floor Passing
P/N FPC |
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Features:
Relay inputs to tolerate electrical noise on existing jobs. Single input pulse
of any width or a continuous input will output the same length of sound for the
Chime. Accepts Chime push button input to allow the chime to sound as the elevator
is passing floors for one direction only.
Dimensions:
0.9² H, 3² W, 4.5² L
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ANNUNCIATOR
P/N ANNU |
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| A jewel lighted
Annunciator is available for manually operated elevators. The Annunciator is available
in several finishes: stainless steel, brass and aluminum. The resetting of calls
maybe done manually or a system can be devised to automatically cancel calls with
regard to direction and elevator position. |
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Custom
Designs
Most of our products were
designed because there was a real need for something better. As a result, a product
was born. We can accommodate our customers, at no extra charge for design work,
if your new design is exclusive, and if there is a promise of large quantities.
If you do not plan on large quantities, we can arrive at an agreement that will
be agreeable to all parties. In the event that your new design is not exclusive
and the potential to sell it to others is great, we will not charge you for the
design work. Again, the cost of any custom work we do is always negotiable.
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Claddagh Electronics Ltd.
10-32 47th Rd., Long Island City, NY 11101
Tel: 718-784-0571 • Fax: 718-482-9471
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