BAPI-Stat Quantum Room Sensor Instruction Manual
- June 16, 2024
- BAPI
Table of Contents
CO Sensor in a BAPI-Stat “Quantum” Enclosure
Installation and Operating Instructions
48665_ins_quantum_CO
rev. 10/31/23
Identification and Overview
The BAPI-Stat “Quantum” Carbon Monoxide Sensor features a modern enclosure
style with green/red status LED. It has a 0 to 40 ppm CO measurement range
with a 30 ppm relay/audible alarm trip level. The relay is field selectable
for normally closed or normally open, and the CO output level is field
selectable for 0 to 5V, 0 to 10V or 4 to 20mA.
The green/red LED indicates unit status of normal, alarm, trouble/service or
test. The side pushbutton places the unit into test status to verify audible
alarm and LED operation. The sensing element has a typical life of 7 years.
Note: Sensors must be installed and powered within 4 months of purchase to prevent loss of accuracy.
(standard mounting base at left and
60mm mounting base for European wall boxes with 60mm mounting centers at
right)
Specifications
Power Supply: 24 VAC/VDC ±10%, 1.0 VA Max
CO Sensor Technology: Electrochemical CO Detection
Range: 0 to 40 ppm CO
Accuracy: ±3% of Full Scale
Jumper Selectable Analog Output: or 4 to 20mA, 0 to 5VDC or 0 to 10VDC
RelayTrip Point: 30 ppm
Relay Output: Form “C”, 0.1A-30VDC, Normally Closed (NC) and Normally
Open (NO) contacts
Audible Alarm: 75 dB at 10 feet
Start-Up Time: <10 Minutes
Response Time: < 5 Min (after Start-Up Time)
Termination: 6 Terminals, 16 to 22 AWG
Environmental Operating Range: 40 to 100°F (4.4 to 37.8°C) 0 to 95%RH
non-condensing
Altimeter: Mechanical
LED Behavior: Red/Green LED indicates the unit status of Normal, Alarm,
Trouble/Service or Test.
Encl. Material & Rating: ABS Plastic, UL94 V-0 Mounting: 2″x4″ J-Box or
drywall, screws provided
Sensing Element Life: 7 years typical
Certifications: RoHS
Warranty Period: 5 years
Mounting
The sensor should be mounted in accordance with local code. If local code does
not dictate mounting location, BAPI recommends mounting the CO Room Sensor on
a solid, non-vibrating surface at a height of 3 to 5 feet above floor level in
a vertical fashion to take advantage of the enclosure venting, similar to
Figure 2. Mounting hardware is provided for both junction box and drywall
installation (junction box installation shown).
Note: Screw the 1/16″ Allen lock-down screw into the base to open the
case. Back out the lock-down screw to secure the cover.
Junction Box
- Pull the wire through the wall and out of the junction box, leaving about six inches free.
- Pull the wire through the hole in the base plate.
- Secure the plate to the box using the #6-32 x 5/8″ mounting screws provided.
- Terminate the unit according to the guidelines in the Termination section. (page 3)
- Mold the foam on the unit’s base to the wire bundle to prevent drafts. (see note below)
- Attach Cover by latching it to the top of the base, rotating the cover down and snapping it into place.
- Secure the cover by backing out the lock-down screw using a 1/16″ Allen wrench until it is flush with the bottom of the cover.
Drywall Mounting
- Place the base plate against the wall where you want to mount the sensor. Mark the two mounting holes and the area where the wires will come through the wall.
- Drill two 3/16″ holes in the center of each marked mounting hole. DO NOT punch the holes or the drywall anchors will not hold. Insert a drywall anchor into each hole.
- Drill one 1/2″ hole in the middle of the marked wiring area. Pull the wire through the wall and out of the 1/2″ hole, leaving about 6″ free. Pull the wire through the hole in the base plate.
- Secure the base to the drywall anchors using the #6×1″ screws provided.
- Terminate the unit according to the guidelines in the Termination section. (page 3)
- Mold the foam on the unit’s base to the wire bundle to prevent drafts. (see note below)
- Attach cover by latching it to the top of the base, rotating the cover down and snapping it into place.
- Secure the cover by backing out the lock-down screw using a 1/16″ Allen wrench until it is flush with the bottom of the cover.
Termination
BAPI recommends using twisted pair of at least 22AWG and sealant filled
connectors for all wire connections. Larger gauge wire may be required for
long runs. All wiring must comply with the National Electric Code (NEC) and
local codes.
Do NOT run this device’s wiring in the same conduit as AC power wiring of NEC
class 1, NEC class 2, NEC class 3 or with wiring used to supply highly
inductive loads such as motors, contactors and relays. BAPI’s tests show that
fluctuating and inaccurate signal levels are possible when AC power wiring is
present in the same conduit as the signal lines. If you are experiencing any
of these difficulties, please contact your BAPI representative.
BAPI recommends wiring the product with power disconnected. Proper supply voltage, polarity, and wiring connections are important to a successful installation. Not observing these recommendations may damage the product and will void the warranty.
Terminal Function
V+ ……………… 24 VAC/VDC ±10%
GND …………… To controller Ground [GND or Common] OUT …………… Output, CO
Signal, 4 to 20 mA, 0 to 5 or 0 to 10 VDC, Referenced to GND
NO …………….. Relay Contact, Normally Open Referenced to COM
COM ………….. Relay Contact Common
NC …………….. Relay Contact, Normally Closed, Referenced to COM
Note: The CO Output may be field configured for 4 to 20 mA, 0 to 5 or 0 to 10 VDC outputs at any time. Set the Jumper on P1 as shown above.
Red/Green LED Operation:
NORMAL STATUS: Green illuminated, Red LED flashes every 30 seconds
indicating that the alarm is powered
ALARM STATUS: Green light extinguished, Red LED flashes and pulsating
horn
LED TROUBLE/SERVICE STATUS: Green illuminated, Red LED flashes twice and
alarm buzzer “beeps” once every 30 seconds
Note: Unit is not ready for operation until the ten-minute start-up time has elapsed.
Test Button Operation
A recessed Test button on the side of unit can be used to test the alarm buzzer and LEDs. When the recessed Test button is pressed, the Green LED is lit, the alarm buzzer “beeps” once and the Red LED flashes 4 to 5 times. Then the Green LED goes off, the Red LED flashes and the alarm buzzer “beeps” twice. The relay is not activated by pressing the Test button.
Note: Unit is not ready for operation until the ten-minute start-up time has elapsed.
Diagnostics
| Possible Problems: | Possible Solutions: |
|---|---|
| General troubleshooting | Determine that the input is set up correctly in the |
controller’s and building automation software.
Check wiring at the sensor and controller for proper connections.
Check for corrosion at either the controller or the sensor.
Clean off the corrosion, re-strip the interconnecting wire and reapply the
connection. In extreme cases, replace the controller, interconnecting wire
and/or sensor. Check the wiring between the sensor and controller. Label the
terminals at the sensor end and the controller end. Disconnect the
interconnecting wires from the controller and the sensor. With the wires
disconnected, measure the resistance from wire-to-wire with a multimeter. The
meter should read greater than 10 Meg-ohms, open or OL depending on the meter.
Short the interconnecting wires together at one end. Go to the other end and
measure the resistance from wire-to-wire with a multimeter. The meter should
read less than 10 ohms (22 gauge or larger, 250 feet or less). If either test
fails, replace the wire.
Check power supply/controller voltage supply
Disconnect sensor and check power wires for proper voltage (see specifications
on page 1)
Incorrect CO| Wait 10 minutes after a power interruption.
Check all BAS controller software parameters.
Determine if the sensor is exposed to an external environment different from
the room environment (conduit draft).
Building Automation Products, Inc.,
750 North Royal Avenue, Gays Mills, WI 54631 USA
Tel:+1-608-735-4800
Fax+1-608-735-4804
E-mail:[email protected]
Web:www.bapihvac.com