OEM RL-A9 Metal Touch Exit Switch

RL-A9 Metal Touch Switch

The OEM RL-A9 Touch exit switch uses a capacitive metal plate for no-force request-to-exit signaling. Users brush or lightly touch the face to send release input to access control door controllers. Security integrators specify the A9 model on high-traffic doors where mechanical paddles wear quickly. The metal faceplate resists vandalism better than plastic alternatives in public corridors and loading docks. Low-voltage wiring connects the touch sensor to controller inputs through supervised normally open circuits. Electricians route shielded or standard low-voltage cable from the door wall box to the IO module. The RL-A9 mounts in standard back boxes at ADA reach height on maglock and electric strike doors. Installers program RTE delay and unlock time profiles in controller firmware after touch sensitivity setup. Commissioning includes sensitivity adjustment so gloved hands and narrow contacts still trigger release. Facilities teams choose touch exit devices where hygiene concerns discourage shared mechanical paddles. The metal plate finish matches aluminum door hardware and mullion covers on commercial entries. Access auditors verify touch RTE on life-safety egress paths during annual compliance reviews. Integrators document input numbers and wire colors on door hardware schedules for each opening. Fire alarm interfaces shunt lock power during alarm events independent of touch switch state. The A9 does not store credentials; it only generates momentary release per controller mapping. BACnet and proprietary head-ends log RTE events when audit trails are enabled on site. Server room mantraps pair touch exits on inner doors with card readers on outer leaves. Quality control tests touch response at minimum and maximum sensitivity settings before sign-off. Procurement catalogs the A9 under access peripherals alongside readers, strikes, and lock power supplies. Technicians verify supervised input wiring meets controller vendor distance and gauge limits. Touch technology reduces moving parts compared with mechanical paddle switches on busy doors. Maintenance inspects faceplate grounding and cable terminations during quarterly access hardware rounds. Education campuses deploy touch exits on lecture hall and lab doors with high daily cycle counts. Healthcare facilities specify touch plates on staff corridors to limit contact surface wear. Warehouse secure offices use A9 switches on doors separating inventory from administrative zones. Integrators pair touch RTE with door position sensors to confirm physical unlock after signal. Controller programming maps touch input to anti-passback and interlock rules on mantrap designs. The metal housing tolerates indoor humidity in conditioned IDF-adjacent corridors near controlled doors. Install crews complete rough-in before drywall close alongside reader and lock power wiring. Service technicians adjust sensitivity in the field when seasonal glove use changes trigger reliability. The RL-A9 SKU maps to inventory for replacement on access maintenance contracts. Spare units on project trucks accelerate same-day response when touch sensors fail drift tests. Touch exit devices complement illuminated EXIT signage required by local fire marshals. Low-current output suits 12 VDC and 24 VDC control subsystems on standard door controllers. Integrators test touch RTE with door closed to confirm maglock drops within code time limits. Documentation lists A9 model on door drawings for future service without site revisit surveys. Multi-tenant buildings standardize on touch exits for consistent user experience across floors. Retrofit projects replace worn paddle switches with touch plates using existing wire maps when compatible. Capacitive sensing avoids mechanical spring fatigue on doors with thousands of daily cycles. Technicians label touch switches clearly so users know light contact is sufficient for release. Access integrators verify fire release shunt overrides touch input during alarm panel tests. The A9 supports integration with major controller brands through dry contact input modules. Touch face cleaning uses standard non-abrasive methods per facilities infection control policy. Install schedules align touch switch mounting with lock power commissioning on the same visit. Field supervisors verify first-door commissioning template before rolling pattern to remaining openings. Metal construction supports long service life in public areas with moderate impact risk. Controller event logs help security teams distinguish touch RTE from forced entry alarms. The touch plate aesthetic suits lobby and executive floor doors where hardware appearance matters.

Key Features

• Capacitive Touch Plate
  Metal face detects light contact without mechanical paddle travel.

• Vandal-Resistant Metal Housing
  Metal faceplate withstands public corridor impact better than plastic switches.

• Adjustable Touch Sensitivity

  • Field tuning supports gloved operation and narrow finger contact
  • Commissioning verifies trigger at minimum reliable sensitivity

• Access Control RTE Output
  Dry contacts signal door controllers to release maglocks and electric strikes.

Specifications

What’s in the Box

• RL-A9 metal touch exit switch with capacitive faceplate

• Mounting hardware for wall plate installation

Why Choose RL-A9

• Touch actuation eliminates mechanical wear on doors with very high daily cycle counts.

• Metal faceplate resists vandalism in public corridors and loading dock entries.

• Adjustable sensitivity supports gloved users and varied contact styles on RTE paths.