User manual CHAMBERLAIN SW425

[. . . ] OWNER'S MANUAL MODEL SW425 RESIDENTIAL SWING GATE OPERATOR 2 YEAR WARRANTY Serial # ________________________ (located on electrical box cover) Installation Date __________________ MODEL SW425 IS FOR USE ON VEHICULAR PASSAGE GATES ONLY AND IS NOT INTENDED FOR USE ON PEDESTRIAN PASSAGE GATES TABLE OF CONTENTS OPERATOR SPECIFICATIONS Carton Inventory . . 2 Operator Dimensions and Specifications . . 4-5 WARNING Mechanical OPERATOR WARNINGS UL325 Model Classifications . . 7 Suggested Entrapment Protection Device Locations . [. . . ] If the gate operator is a standard 115V model, run conduit from the 115V power source into the gate operator (Figure 1). The gate operator is provided with a 90 degree flexible conduit fitting for installations where the electrical box is relatively close. Because of the 90 degree fitting, it is generally easier to run the electrical wires through the flexible conduit before attaching the conduit. Wiring for other devices such as push buttons may also be run at this time either in the same conduit or in another. Figure 1 Conduit Holes Junction Box Flexible Conduit Conduit Fitting Make sure that wiring is employed as required by local codes. Figure 2 If not already done, run three 12 gauge wires (hot, neutral and ground) from the power source, through the conduit and into the gate operator (Figure 2). It is easier to run these wires back out of the large hole in the operator along with the three existing wires. This allows the connection to be made externally and then later inserted back into the operator through the large hole. Be sure to use wire nuts to secure these connection. Be sure that the grounding wire is connected to a good earth ground. Make the connections as follows: · Black to (hot) · White to (neutral) · Green to (ground) Line Neutral Ground Wire Nut 13 WIRING BATTERY RUN INSTALLATION If the gate operator is a battery run model, it is packaged from the factory with the battery disconnected. Connect the red wire to the positive battery terminal and the black wire to the negative battery terminal (Figure 3). There are wires provided for connecting the low voltage burial cable from the transformer to the gate operator. Be sure that the positive and negative match the positive and negative of the charger. Connect the other end of the burial cable from the operator to the transformer. Be sure to match the positive and negative terminals of the charger to the positive and negative terminals of the battery (Figure 4). Once the connections are made, plug the charger into a 115V outlet. If possible, it is desirable to locate the charger out of the weather. Be sure the battery has been properly charged before putting into operation. Figure 3 Negative Terminal Batteries SOLAR POWERED INSTALLATION If the gate operator is solar powered, no power will need to be run into the machine. The ends of the wires are provided with connectors which can simply be plugged in (Figure 5). Turn the panel so that it will get maximum sunlight during the day. If necessary the panel may be mounted away from the gate operator to get it out of the shade and into more consistent sunlight. [. . . ] K74-40151 Limit Switch Service Kit Complete with: SPDT Limit Switches, Hex Standoffs #6-32x1-1/4" FF, Phillips Screws #6-32x1-1/2", Phillips Screws #6-32x1/2" and Flatwashers #6. K75-40132 Primary and Secondary Arm Service Kit Complete with: Outer Primary Arm, Inner Primary Arm, Swivel Hex Bolts 3/8-16x1", Hex Bolt 1/2-13x1-1/2", Locknut 1/2-13, Hex Nuts 3/8-16, Flatwashers 3/8, Flatwashers 1/2", Lockwashers 3/9, Galvanized Coupling 3/4". 26 NOT SHOWN K79-40098 Control Board, Solar 13-10465 Limit Collar I L L U S T R AT E D PA R T S I 11 H 4 6 E 1 A D 3 2 B 10 C F 8 G 7 5 9 27 WARRANTY POLICY LIFTMASTER® TWO YEAR LIMITED WARRANTY The Chamberlain Group, Inc. warrants to the first retail purchaser of this product, for the structure in which this product is originally installed, that it is free from defect in materials and/or workmanship for a period of two years from the date of purchase. [. . . ]