4/15/2024 0 Comments Iei keypad 212i manualStep 2: Connect the Brown (Normally Open) Relay wire from the 212iL harness to the Normally closed connection on the Door position switch. Step 1: Connect the Blue (Common) Relay wire from the 212iL harness to the Common connection on the door position switch. ![]() Shunting a Normally Closed Zone: (see below) Step 3: Splice together the Black Negative voltage wire on the 212iL harness (negative voltage coming from the power supply) to the Negative connection on the Electric door strike. Step 2: Connect the Brown (Normally Open) wire from the 212iL harness to the Positive voltage connection on the Electric door strike. (Until you supply the common leg of the relay with voltage). ![]() This means that there is no voltage running through the relay. The 212iL is equipped with a Form C, Dry contact relay on board. If you are sharing the same DC voltage power supply with the 212iL and the Electric Strike, (that is to say if you have only one power supply for both the 212iL and the lock device), you need to run voltage through the common (Blue) wire on the 6 conductor wire harness of the 212iL. Wiring to an Electric Strike: (see below) Step 3: Splice together the Black Negative voltage wire on the 212iL harness (negative voltage coming from the power supply) to the Negative connection on the Magnetic lock. Step 2: Connect the White /Yellow wire (Normally Closed) from the 212iL harness to the Positive connection on the Magnetic lock. (Positive voltage coming from the power supply.) Step 1: Splice together the Blue Relay Common wire from the 212iL harness to the Red wire on the 212iL harness. The reason is that the 212iL is equipped with a Form C, Dry contact relay on board. If you are sharing the same DC voltage power supply with the 212iL and the magnetic lock, (that is to say if you have only one power supply for both the 212iL and the lock device), you need to run voltage through the common (Blue) wire on the 6 conductor wire harness of the 212iL. Next you will need to attach the relay wires (white/yellow, blue, and brown) to the wire run that is connected to the locking device. Attach the 6-conductor wire harness to the plug in connector on the back of the 212iL.Ģ. Temperature Tolerance: Standard, -20 ° to 130☏.ġ. Maximum Current Draw allowed voltages: 140mA. Operating Voltages: 12-24 VDC only on input voltage. ![]() The 212iL should be mounted to a standard single gang electrical box (with the small slot in the trim ring facing down), but it also is able to mount directly to a flat indoor surface with the provided mounting screws. Be sure that the 212iL is mounted indoors ONLY! Mounting height is the same for an electrical switch, 48" on center. Select the appropriate location for the 212iL. Taking this inventory will familiarize you with the components as well as ensure that you have a complete parts list. Please check the contents of this package and verify all components in the packing list are present. Q Section 1: Unpacking and checking the packing listĢ 1 1/4" black, socket cap flat head machine screwsĢ 1 1/4" black, Phillips flat head sheet metal screws V Programmable 00-99 Second Relay Activation Time If you cannot ground the power supply, then you must ground the keypad housing.Single Unit KeypadControl Installation Manual Wire the transorb in parallel with the lock power terminals.Īlso, to avoid ESD (electro-static discharge) from interfering with the operation of the keypad, ground the negative terminal of the keypad to earth ground. To prevent electrical kick back voltage from damaging the keypad, when using an electrical locking device, you MUST install the transorb as close as possible to the lock. Also, the voltage selection jumper on the main circuit board is no longer required. ![]() It is also possible to control the red and green chip LED’s externally, with an alarm panel for example, by using connector J1. Description Affordable single door access control keypad designed to meet the indoor flush mount needs of lighter volume access control environments. The LED’s changed to surface mount chip LED’s mounted on bottom of the circuit board which eliminates the need for the wire harnesses. This product was re-designed using a new manufacturing technology, which changed the physical appearance of the keypad electronics.
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