(Test report RC-05-42060-1) US FCC Part 15
Class B edition 2005 (Test report RC-05 42060-2-A)
- European RoHS directive governing disposal and
recycling of electronics
- French laboratory standard XPX 15203 of Sept. 1996
- CE
COMPONENTS
• Circuit Board: Panel mounted circuit board to
be installed vertically or horizontally onto fume
cupboard with 2x Ø 2.8 mm / 0.11" screws. IP55
protection ensured by “O” ring seal. Face plate to
be supplied with chemical resistant plastic sticker
(horizontal or vertical) with control/push buttons
on fascia. Surface box mounting optional.
• Numerical and Antistatic Sensor: To be installed
inside fume hood. Sensor measures air speed
variations inside fume hood. Supplied with a
3.5 m / 11.48' (5 m optional) shielded cable with
pin connections onto controller circuit board.
• Power Supply: 115 VAC to 12 VDC power
transformer directly into controller circuit board.
Comes with a wall plug and cord. Adaptor may be
required to fit local power socket.
COLORS
Plastic fascia is available in:
- White (Standard)
PACKING
• Supplied in cardboard box which includes con-
troller circuit board, face plate, sensor and power
transformer. Surface box mounting optional.
2
Laboratory Airflow Monitors & Controls
TYPE C STANDARD & NIGHT SETBACK
LED & DIGITAL - VAV SYSTEM
Operating Principle
When the fume extraction fan is running, it causes negative pressure inside
the fume cupboard. If the sash is lowered, the negative pressure become more
intense causing air to be drawn through the sash opening at an increased velocity.
Conversely, if the sash is raised the negative pressure becomes less intense and air
velocity reduces.
If an opening is made in the wall of the fume cupboard, air will enter it at a
velocity determined by the same negative pressure that is drawing air into the
sash opening. By sensing the air velocity through an opening, we can determine
its level at the sash opening.
PLASTEC
or thermal anemometer into a hole in the cupboard and sending the air velocity
measurement obtained to a display on the fascia panel. Based on air velocity
measured, Plastec
or decrease fan speed.
The air velocity level is displayed on the fascia either by LED illumination or
digital read-out. An audible alarm will also sound if the air velocity is too low.
®
AirControl Type C exploits this by the placing of a numerical sensor,
®
AirControl C will send a signal to an inverter to either increase
1 green LED for normal air speed 1 green LED for normal air speed
Display – Visual1 red LED flashing for alarm "HI" for high air speed displayedNo digital display 1 red LED flashing for alarm
3 digit display with velocity reading
Units
Display Range N/A 0 - 2.00 m/s / 0 - 400 FPM
Alarm Setpoint
Alarm Delay Selectable: 15s or 30s Selectable: 15s or 30s
Analog Output 0 - 10V or 4 - 20mA 0 - 10V or 4 - 20mA
1 red LED flashing & audible buzzer 1 red LED flashing & audible buzzer
Yes, optional Yes, optional
Yes, optional Yes, optional
Audible and orange flashing LED indicate Audible and orange flashing LED indicate
Factory pre-calibrated @ 0.5m/s / 100 FPM
Recalibration possible Recalibration possible
Surface box: 205L x 85W x 14D mm Surface box: 205L x 85W x 14D mm
Factory pre-calibrated @ 0.5m/s / 100 FPM
5
6
Laboratory Airflow Monitors & Controls
TYPE C NIGHT SETBACK
LED & DIGITAL - VAV SYSTEM
Specifications
AirControl C LED
Part Number 819703 819704
1 green LED for normal air speed 1 green LED for normal air speed
Display – Visual1 red LED flashing for alarm 1 red LED flashing for alarmNo digital display 3 digit display with velocity reading
Units
Display Range N/A 0 - 2.00 m/s / 0 - 400 FPM
Alarm Setpoint
Alarm Delay Selectable: 15s or 30s Selectable: 15s or 30s
1) Drill a Ø 23mm / 0.91" hole either in the top or side of the fume cupboard to allow sensor
positioning. Make sure sensor is not in a turbulent zone where the pressure can fluctuate but
where it can monitor stable changes in pressure. Attention should be paid to dead zones near
the top of the fume cupboard.
2) Proceed with wiring as seen on page “Contacts & Features”.
3) Position and secure monitor to service panel of the fume cupboard with the two self-tapping
screws supplied. Do not forget to position “O” ring seal into the moulded groove in the back of
the face plate.
CONTROLLER SET UP PROCEDURE
All monitors unless indicated otherwise are factory pre-calibrated at 0.5 m/s or 100 FPM. If you need a
different sensor calibration and/or displayed speed reading:
1) Make sure that controller is properly linked to inverter and that the ventilation is working. You
need an anemometer to do this set up.
2) Push
or
LED is on and the red LED is flashing indicating controller is in manual set up mode.
3) Raise the fume cupboard to its test height e.g. 500mm/19.69".
4) Push
is reading required air speed. Every button press increases or decreases the speed of 0.5V
producing one beep.
The maximum value is 10V, the minimum is 0.3V.
For model without digital display (819703), please go directly to step 6.
5) For digital display model (819704), press “Reset” button at the back of the controller to change
the required speed display from 0.3 m/s/59 FPM to 0.7 m/s /138 FPM, using
value will be memorized as the set point.
6) Wait for 15 seconds or so for air speed to stabilize.
7) To return to “AUTO” mode, push
the green LED is illuminated: new calibration (above or equal at 0.2 m/s) is accepted.
for more than 5 seconds, then release and push simultaneously
for Night Setback
or
to increase or to decrease
within the following 5 seconds. Buzzer sounds twice, the green
the fan speed via the inverter until the anemometer
again until the buzzer beeps 3 times (about 3 seconds) and
for Standard
and
. The
This is automatically done after 7 minutes in manual mode.
The buzzer beeps 10 times in case of incorrect calibration.
All updated information is stored in an internal memory which saves and holds the data even in case of power cut.
The display will show “HI” for an airflow superior to 1 m/s / 96 FPM and “LO” for an airflow inferior to
0.20 m/s / 40 FPM.
In case of faulty, improper or absent sensor, the display will show “PB”.
FACTORY DATA RESET
Press “Reset” (at the back of the controller) for 15 seconds. Buzzer sounds 5 times.
When using this feature, you restore factory default settings: set point and display at 0.5 m/s / 100
FPM, 7V output to the inverter and all relays and LEDs deactivated.
This operation should be imperatively done in “Auto” mode.
TEST MODE
Test mode is to confirm that all functions are operational. To access test mode, follow this procedure:
1) Press simultaneously following buttons:
* Buzzer sounds twice
2) Press the 3 buttons alternately.
* Buzzer sounds 10 times if malfunction
In case of faulty sensor, the display will show “PB”.
* Buzzer sounds 3 times indicating normal operating mode
Front plate and stickers of airflow monitor may be cleaned with mild soap and water on a damp
cloth to remove finger marks, oils and residue. Do not use abrasives. Do not allow liquids to enter
the plastic casing. Dry the monitor thoroughly after cleaning.
TROUBLESHOOTING
PROBLEM CHECK
No indicators Power supply may not be plugged into AC supply.
Improper alarm setpoint Airflow sensor is factory precalibrated at 0.5 m/s or 100 FPM.
Alarm setpoint may not be accurate if sensor is not properly
located. Sensor needs to be recalibrated if setpoint is different than
0.5 m/s or 100 FPM. Follow Sensor Recalibration Procedure on
page 6.
Alarm is too sensitive, Change alarm delay setting to 15s or 30s if already set to 0. See
buzzer rings often for contact & features section.
short periods of time
WARRANTY
PLASTEC® Ventilation, Inc. warrants its equipment, products and parts, to be free from defects in
workmanship and material under normal use and service for one year after delivery to the first
user. Product must be returned to point of purchase, with dated bill of sale, within one year of
purchase. If factory return is required, please contact distributor first.