Carefully remove all items from the shipping box and inspect. Make sure there are no broken parts or missing items. If you received multiple units, they may be labels that identify each unit according to information shared during the sales process.
Make sure the area where the control panel is being installed is safe and clear of debris and hazards. Make sure the doorway is also a safe working environment. You may need to warn patrons that the door will be blocked from time to time during installation.
Please read this guide in its entirety prior to starting. Hardware warranty is void if instructions are not followed and hardware is damaged.
The methods described in this guide assumes Latitude / Rhōmb as the sole access control provider for a non-retrofit situation. A retrofit situation consists of cases where this system may be running in parallel with another system or connecting to existing locks and power.
Identify the location where the enclosure will be mounted. It should be:
Identify the location of the fob reader or PIN pad.
Identify cable routing.
Latitude supplies readers in two different sizes: narrow, which is designed to mount on a door frame, also known as a mullion. The other is a standard one-gang mount; these readers are designed to fit on a standard single outlet box.
Readers should be mounted between 34 inches and 48 inches from the ground. For US clients, this is ADA code for door handles, and readers must follow suit since they are a form of ingress. Read and confirm with local regulations before mounting your reader.
Use the wire colors according to the diagrams provided by the reader type. It is recommended that Dolphin or WAGO connectors are used to join wires between the reader pigtail and cable going to the control panel. Please avoid using wire nuts. Dolphin connectors are good for fitting into tight spaces, however, they are permanent connections and the wire must be cut to redo a connection. WAGO connectors are preferred because they work with a wide range of wire gauges and don't require wires to be cut to redo a connection, but they may not fit in some smaller areas.
A dedicated cable should be run from the control panel to the reader. It is recommended that 22 gauge, 6 conductor, shielded cable is used.
This section provides general instructions for the two most common types of locks: electric strikes and magnetic locks. The specific colors and output names for each lock device may vary. Always refer to the instructions and connection diagrams provided by your lock manufacturer.
Strikes and rim devices operate in the same way in that power is sent to the lock to release (open) the lock. These electric locks should be installed on doors where exiting the room doesn't require the lock to be operational, therefore, making for a safer environment in the event of an emergency.
Magnetic locks ("maglocks") are simple by design but require more circuitry to maintain a safe environment. Maglocks are always "ON" when the door is locked. This means power is being sent to the device in its normal state. Power to the door must be interrupted to release the door. The ability to intuitively interrupt power (therefore releasing the lock) under any circumstance when exiting the building is required.
The following cabling diagrams cover two scenarios:
18-24 gauge wire is recommended for wiring locks. When wiring a push bar exit, an 18 gauge, 2-conductor wire would be the most effective and easiest to manage. When wiring a motion device, exit button, and lock, a 6-conductor cable is best.
A test credential is provided in the plastic bag containing piece parts. This fob has been pre-programmed with the system; allowing door functionality to be tested without the control panel being connected to the internet.
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