BAPI Stainless Wallplate Catalog Page
16068_ins_sp_rotary
Product Identication
Fig. 1: Wall Plate with Rotary
Setpoint
Mounting
Stainless Wallplate with Rotary Setpoint
Fig. 2: Wall Plate with Rotary
Setpoint and Pushbutton Override
Installation & Operating Instructions
rev. 08/01/18
Fig. 3: Doublegang Wall Plate with
Rotary Setpoint, Pushbutton Override and
Pressure Pickup Port
Ensure the plate does not touch the
wall when it is mounted as this will
lead to slower response rates when the
environment changes.
Mounting hardware is provided for both junction
box and drywall installation.
Junction Box
1. Pull the wire through the wall and out of the
junction box, leaving about 6” free.
2. Terminate the unit according to the guidelines
in Termination on page 1.
3. Secure the plate to the box using the
#6-32 x 1/2” mounting screws provided or with
security screws which are sold separately.
(Call BAPI or visit the Accessories section of
our website for security screw ordering.)
Verify visible
air gap
between plate
and wall.
Fig 4:
Side View of
Mounted Plate
Fig 5:
J-Box Mounting
4. Tighten screws until the foam gasket on the
back plate is compressed about 50%. Ensure the plate doesn’t touch the wall (Fig 4).
Drywall Mounting
1. Place the plate against the wall where you want to mount the sensor and mark out the two mounting holes.
2. Drill two 3/16” holes in the center of each marked mounting hole. Insert a drywall anchor into each hole.
3. Cut hole between the mounting holes that clears the apparatus mounted on plate. Pull the wire through the wall hole
cut in step 2, leaving about 6” free.
4. Terminate the unit according to the guidelines in Termination on page 1.
5. Secure the plate to the drywall anchors using the #6 x 1” mounting screws provided. Tighten screws until the foam
gasket on the back plate is compressed about 50%. Ensure the plate doesn’t touch the wall.
Note: In any wall-mount application, the wall temperature and the temperature of the air within the wall cavity can cause
erroneous readings. The mixing of room air and air from within the wall cavity can lead to condensation, erroneous
readings and premature failure of the sensor. To prevent these conditions, seal the conduit leading to the junction box or
ll the box with insulation.
Specications subject to change without notice.
1 of 4
Stainless Wallplate with Rotary Setpoint
Installation & Operating Instructions
16068_ins_sp_rotary
J-Loop Termination Technique
Incorporating a “J-Loop” (also known as a drip loop) into all terminations adds an additional layer of protection against
moisture and oxidation by
directing moisture away from
the connection. The idea is to
place the wire junction as high as
possible and form a “J” with the
leadwires. The bottom of this “J”
should be below the junction point.
Any moisture that collects on the
leadwires is pulled downward by
gravity to the bottom of this loop
and away from the junction.
J-Loop Technique J-Loop with Crimp-On SFC J-Loop with Twist-On SFC
Termination
rev. 08/01/18
Fig. 5
Wall Plate with Rotary
Setpoint
Static
Comm. Jack
Wall Plate with Rotary
Setpoint and Override
Pressure
Port
Override
Fig. 8
Doublegang Wall Plate with Rotary
Setpoint, Override, Pressure Pickup Port
and 3.5mm Comm. Jack
Override
Static
Pressure
Port
Override
Fig. 6
Fig. 7
Doublegang Wall Plate with Rotary
Setpoint and Pressure Pickup Port
COMMON WIRING
PIN Function
SEN2 ....... Temperature, Resistance Output, To analog input of controller.
[Common Ground]
SEN1 ....... Temperature, Resistance Output, To analog input of controller.
OVR2 ....... Override, Normally OPEN, To analog or digital input of controller.
[Common Ground]
OVR1 ....... Override, Normally OPEN, To analog or digital input of controller.
SP+ .......... Setpoint voltage supply.
SET2........ Setpoint, To analog input of controller. [Common Ground]
SET1........ Setpoint, To analog input of controller.
Note: If unit is congured for common ground then SET2, OVR2 and
SEN2 are connected together.
Specications subject to change without notice.
2 of 4
Loading...