3-Dimensional Console (MC-3D52)
The Apex Instruments 3-D Console is used in conjunction with the 3-D
Pitot to determine velocity pressure and the yaw and pitch angles of
the flow velocity vector in a stack or duct according to the new US EPA
Method 2F (the determination of stack gas velocity and volumetric flow
rate with three-dimensional probes). The MC-3D52 console features
differential pressure transducers that are exceptionally stable and
reliable. The transducers are NIST certified to ±0.5%
accuracy. The pressure transducers can withstand extreme overpressure
for the most demanding stack testing conditions. A convenient purge
pump, quick connects, temperature display and all voltage outputs are
available for easy connection to your data acquisition system. |
Weight: 32lbs (14.5kg)
Dimensions: 14.5” x 16” x
10.5”
Power: 120 Volts/60 Hz |
Specifications:
• Stack Temperature: Type K Thermocouple
• Velocity Pressure: (P1-P2) Range 0-5” H2O
• Yaw Null: Bidirectional (P2-P3) Range
±0.5” H2O
• Pitch Range: Bidirectional (P4-P5) Range
±2.0” H2O
• Yaw Angle Range: ±70° (accuracy
0.1° full span)
• Output Connector: 9 pin Sub-D connector (all outputs are
voltage based)
• Remote Inclinometer and Digital Indicator |
3-D Pitot (3DPT4)
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3-D Pitot Calibration (PT-CAL-3D)
All 3-D pitot tubes
must be calibrated before use. Recalibration is also required either
within 12 months of its first field use after its most recent
calibration or after 10 field tests, whichever occurs later. In
addition, whenever there is visible damage to the 3-D head, the pitot
shall be recalibrated before it is used again.
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The Apex Instruments 3-D Pitot is
capable of measuring yaw and pitch of nonuniform flows. The yaw angle
is determined directly by rotating the pitot to null the pressure
across a pair of symentrically placed ports on the pitot head. The yaw
angle is measured with a remote inclinometer attached to the probe
extension and digitally displayed on the console. The pitch angle is
calculated using probe specific calibration curves. The average gas
volumetric flow rate in the stack or duct is then determined from the
average axial velocity.
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3-D Flow Measurement System
(SK-3D52)
|
|
|
Qty
|
Part
# |
Description |
|
|
1
|
MC-3D52 |
Digital
3-D Flow Measurement Console |
|
1
|
3DPT4 |
3-D
Pitot, 5 Hole Prism Shaped w/4ft Sheath |
|
1
|
32PTX-10T4Q4 |
3-D
Probe Extension, 2” Dia. Sheath, 1/4” TFE Lines
10ft. |
|
1
|
PF-346XT32S |
Universal
Port Flange with Extension (fits 3, 4 & 6” ports) |
|
2
|
32M/32B-B |
2”
Bored Brass Bushing, 2” MNPT with 2.035 Bore |
|
1
|
PT-CAL-3D |
3-D
Pitot Calibration (Wind Tunnel) |
|
1
|
INC-N4-50 |
Remote
Inclinometer Sensor |
|
1
|
U-3D-60QS4 |
60
ft. U-Cord |
|
