User manual LIFT-MASTER LM90-CPC

[. . . ] RELEASE DEVICE CONTROLS MADE IN THE U. S. A. RELEASE DEVICE MODEL C+ INSTALLATION MANUAL UL LISTED GENERAL DESCRIPTION: CANADIAN LISTED CSFM: 7300-1418:100 S/N:_________________________ The LM90-C+ Release Device/Control Panel is a UL Listed, Canadian Listed (C-UL) and California State Fire Marshal Listed (CSFM) normally energized Fail-Safe device with state of the art electronic control circuitry. This device is designed for use with motorized doors incorporating a reversing feature safety edge to create an automated door closing system. "DO NOT" install this unit without a safety edge. [. . . ] Splice to wire from C+ module TB3-1 using wire nut or other suitable connector. Connect return wire from C+ module TB3-2 to down limit switch. *Safety edge common. : (Figure 2A Detail C) Connect Safety Edge control voltage common (normally open side) to wire from C+ Module TB4-2. This connection replaces the direct connection of the safety edge to the operator control voltage common. The 24 volt side connection of the safety edge remains unchanged from the factory wiring. Motor control relay (Delay relay) - Connect wiring from TB1-14 & 17 across motor control down switch (For use with N/O down switch). This relay output latches to initiate a door closure through the operator after a ten second delay. - Connect keyed remote test switch to TB1- 4&5 of Model C+ control board. Series connect the supervisory resistor (51k ohm @1/4 watt) provided to verify integrity of wiring. Annunciator - (option) connect annunciator to TB1-6 (-) & 7 (+). Note: Battery should "not" be connected until testing of unit is being performed. *Safety edge- This unit shall not be installed without a reversing feature safety edge. TESTING OF RELEASE DEVICE/CONTROL PANEL SHALL BE PERFORMED AND WITNESSED FOR NORMAL OPERATION AFTER INSTALLATION. REFER TO TEST PROCEDURES CONTAINED HEREIN, AS WELL AS ANY OTHER TESTING PROGRAMS RECOMMENDED BY DOOR MANUFACTURER. RELEASE DEVICE MODEL C PLUS RELEASE DEVICE/CONTROL PANEL POWER REQUIREMENTS & MECHANICAL SPECIFICATIONS VOLTAGE RATING LM90-C+ - 24DC . . . . . . . . 24VDC +10% / -15% LM90-C+ - 24AC . . . . . . . . 24VAC +10% / -15% LM90-C+ - 120AC . . . . . . . 120VAC +10% / -15% CURRENT REQUIREMENTS (1) SUPERVISORY (non-alarm) . 120A / ALARM . 500A MAX SUPERVISORY (non-alarm) . 120A / ALARM . 500A MAX SUPERVISORY (non-alarm) . 120A / ALARM . 500A MAX Current with optional accessories shall not exceed alarm current ratings. NOTE: Initial power up inrush current shall not exceed 3 times rated current on any model. MOTOR CONTROL SENSE - ALL MODELS Input Voltage: 24V AC or DC typical +15% / -10% Input Current: Not to exceed . 004A INITIATING/DOOR DETECTION LOOPS CAUTION: All initiating devices shall be dry contact type only Maximum loop resistance: 100 Ohms Maximum current: Not to exceed . 002A Maximum voltage: 15VDC FUSES All fuses 1A @ 250V, 2AG Fast Acting Type FORM C OUTPUT (MAX. CONTACT RATING) 2A/30VDC 60 Watt DC Resistive Load Only MECHANICAL SPECIFICATIONS LOAD RATING (all models) Support and Release : 40 LB. MAX. PHYSICAL DIMENSIONS (all models) 9. 125" x 9. 125" x 4. 750" (H x W x D) WEIGHT (includes battery) LM90-C+ - 120VAC approx. 12 lbs. 4 LM90-C+ ELECTRICAL CONNECTIONS (SEE FIGURE 2A FOR ADDITIONAL WIRING REQUIREMENTS) (2) End of Line Relay FIGURE 2 As per U. L. 864 (+) (-) (+) (-) (4) TB11 2 (1) 3 Smoke detector 4 (2)(4) (5) 5 6 (7) 12VDC Annunciator (Option) 7 (8) AUX. UP LIMIT COMMON 8 9 AUX. UP LIMIT N/O 10 OR 11 12 AUX. UP LIMIT N/C 13 14 15 AUX. DOWN LIMIT N/O 16 Use TB1-1 for OR 17 common AUX. DOWN LIMIT N/C 18 TB1 THROUGH TB4 PC MOUNT Do Not loop wires under terminals. [. . . ] The door will fully open allowing for removal of obstruction. With the alarm condition still present (TEST switch activated) the Model C+ counter will be reset and the door will close immediately. Obstruction cycling will repeat if the obstruction has not been removed. Return TEST station to OFF position and depress OPEN push button station returning door to it's normal condition. [. . . ]