Fluke molbox2 Flow Terminal
Precision Flow Control for Professional Calibration
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Fluke molbox2 Flow Terminal Price in Bangladesh
Fluke molbox2 Flow Terminal is a professional flow measurement and calibration interface, making Fluke molbox2 Flow Terminal Price in Bangladesh a relevant consideration for calibration laboratories, flow measurement professionals, and industrial testing facilities. Designed for use with compatible flow calibration systems, it provides a practical platform for managing flow measurement and calibration activities. Its professional engineering makes it suitable for applications where accurate, repeatable, and well controlled flow measurement is essential.
Advanced Flow Measurement Applications
The Fluke molbox2 Flow Terminal is designed to support precision gas flow calibration workflows. It works as an interface for flow measurement systems, helping users monitor and manage calibration processes efficiently. In professional metrology environments, reliable flow control and measurement are essential for evaluating flow instruments and maintaining confidence in measurement results. The terminal provides an organized solution for engineers and technicians working with demanding flow calibration applications.
Professional Flow Calibration
Accurate flow calibration requires dependable measurement equipment and a controlled testing environment. The Fluke molbox2 Flow Terminal can be integrated into professional calibration setups to support the evaluation and adjustment of compatible flow measurement devices. It is suitable for laboratories that perform calibration, verification, and testing of flow instruments where measurement consistency and operational reliability are important.
Suitable for Gas Flow Testing
Gas flow measurement is widely used across industrial and laboratory applications, including process control, instrumentation, manufacturing, and research. The Fluke molbox2 Flow Terminal supports technical workflows where controlled gas flow measurement is required. Its application with compatible flow calibration equipment allows engineers to establish a structured approach to flow testing and instrument verification.
Efficient Laboratory Operation
A professional flow calibration system should provide clear operational control and support efficient measurement procedures. The Fluke molbox2 Flow Terminal is designed to simplify interaction with compatible flow calibration equipment while helping technicians monitor the calibration process. This can contribute to a more organized laboratory workflow, particularly when multiple flow instruments require routine verification or calibration.
Reliable Engineering for Metrology
Metrology applications demand equipment that can support repeatable procedures and dependable measurement practices. The Fluke molbox2 Flow Terminal is intended for professional users who require a dedicated interface for flow calibration applications. Its integration into a suitable calibration system can help laboratories maintain structured measurement processes and support the documentation required for quality assurance and calibration management.
Industrial and Laboratory Applications
The Fluke molbox2 Flow Terminal can be considered for calibration laboratories, industrial instrumentation facilities, research environments, manufacturing organizations, and professional flow measurement service providers. It is particularly useful where gas flow instruments need to be tested against controlled reference conditions. Its professional application makes it a suitable component of a broader flow calibration and measurement system.
Fluke molbox2 Flow Terminal in Bangladesh
Organizations in Bangladesh involved in flow calibration, instrumentation testing, and industrial metrology can consider the Fluke molbox2 Flow Terminal for professional flow measurement applications. It can support laboratories and technical service providers that require reliable equipment for controlled gas flow calibration workflows. Proper system configuration and compatibility assessment are important when integrating the terminal into an existing flow calibration setup to ensure dependable operation and measurement performance.
Key Features: Fluke molbox2 Flow Terminal
- ± 0.125 % of reading uncertainty on mass row measurements with molbloc-L and molbloc-S elements with premium calibrations
- Get accredited and traceable uncertainty specification of +/- 0.5% of reading for 9 select gases and get traceable uncertainty specifications for 18 additional gases for molbloc-L, without calibrations in actual gases - based upon gas properties in NIST REFPROP10 and the default N2 gas calibration
- Three times faster flow response speed compared to previous molbox versions
- Full suite of software automation products and hardware accessories to create a complete gas row calibration system—including COMPASS® for Flow calibration assistance software
Specifications: Fluke molbox2 Flow Terminal
| Specifications | ||
| General | ||
| Power requirements | 85 V ac to 264 V ac, 47 Hz to 440 Hz, 18 VA max consumption | |
| Normal operating temperature range | 15 °C to 30 °C (59 °F to 86 °F) | |
| Storage temperature range | -20 °C to 70 °C (-4 °F to 158 °F) | |
| Vibration | Meets MIL-T-28800D | |
| Weight | 6.8 kg (15 lb) max | |
| Dimensions (WxHxD) | 32 cm x 12 cm x 30 cm (12.6 in x 4.7 in x 11.8 in) approx. | |
| Communication ports | RS-232 (COM1), RS-232 (COM2), IEEE-488.2 | |
| Pressure connections (molbox2 and molbloc) | Quick connectors equivalent to Swagelok® QM Series (SS-QM2-B200) | |
| Flow ranges | <1 sccm to >5000 slm. See separate molbloc-L and molbloc-S range tables | |
| Flow measurement rate | 340 milliseconds | |
| Gases supported (Consult your sales representative for a current list of gases available for factory molbloc calibration.) |
Nitrogen (N2), Air, Argon (Ar), Carbon Monoxide (CO), Helium (He), Oxygen (O2), Carbon Dioxide (CO2), Carbon Tetrafluoride (CF4), Ethane (C2H6), Ethylene (C2H4), Fluoroform (CHF3), Hexafluoroethane (C2F6), Hydrogen (H2), Methane (CH4), Nitrous Oxide (N2O), Propane (C3H8), Sulfur Hexafluoride (SF6), Butane (C4H10), Octafluorocyclobutane (C4F8), Xenon (Xe), Propylene (C3H6), Acetylene (C2H2), Neon (Ne), Krypton (Kr), isoButane (iBtn), Deuterium (D2), Natural Gas (NG) *Availability to add custom gases and mixtures not currently on the molbox2 |
|
| Valve driver option | (8) 12 V outputs. Each output can sink 500 mA at 12 V, max 1 Amp total | |
| MFC control option (analog input/output) |
Nominal voltage range: 0 V dc to 6 V dc input, 0 V dc to 5 V dc output Nominal current range: 4 mA to 20 mA input, 4.01 mA to 20 mA output Accuracy: ± 0.1 % FS (set), ± 0.05 % FS (measure) |
|
| Pressure Measurement | ||
| Type | Q-RPT Characterized Quartz Reference Pressure Transducers – Oscillating quartz crystal with mechanical bellows |
|
| Calibrated pressure range (full scale) | ||
| A700K | 0 to 600 kPa absolute (0 to 87 psia) | |
| A350K | 0 to 300 kPa absolute (0 to 44 psia) | |
| S A1.4M (molbloc-S only) | 0 to 1.2 MPa absolute (0 to 174 psia) | |
| S A2M (molbloc-S only) | 0 to 2 MPa absolute (0 to 290 psia) | |
| Measurement uncertainty (one-year) | ||
| Absolute pressure⁴ | ± (0.01 % of reading or 0.003 % Q-RPT span, whichever is greater) | |
| Differential pressure (A700K with Tare) | ± (8.4 Pa (0.0012 psi) or 0.032 % ΔP, whichever is greater) | |
| Differential pressure (A350K with Tare) | ± (4.2 Pa (0.0006 psi) or 0.026 % ΔP, whichever is greater) | |
| Temperature Measurement | ||
| Type | molbloc PRTs with molbox2 Ohmic Measurement System | |
| Range (FS) | 0 to 40 °C | |
| Resolution | 0.01 °C | |
| molbloc PRT precision | ± 0.02 °C (15 to 30 ˚C) | |
| S A2M (molbloc-S only) | 0 to 2 MPa absolute (0 to 290 psia) | |
| On-board | ||
| Reference resistor | 100 and 110 W ± 0.01 %, stability < 25 ppm/year | |
| Ohmic measurement | ± 0.02 % of reading (15 °C to 30 °C) | |
| Flow Measurement | ||
| with molbloc-L laminar flow elements | ||
| Standard molbloc calibration | Premium molbloc calibration | |
| Range | 0 to 100 % molbloc full scale | 0 to 100 % molbloc full scale |
| Resolution | 0.0015 % FS | 0.0015 % FS |
| Precision¹ | 0.07 % of reading, ± 0.007 % FS under 10 % FS |
0.07 % of reading, ± 0.007 % FS under 10 % FS |
| Stability (one-year)² | ± 0.09 % of reading, ± 0.009 % FS under 10 % FS |
± 0.03 % of reading, ± 0.003 % FS under 10 % FS |
| Measurement uncertainty³ (For any gas for which the molbloc in use is calibrated) | ± 0.2 % of reading, ± 0.02 % FS under 10 % FS |
± 0.125 % of reading, ± 0.0125 % FS under 10 % FS |
| Measurement uncertainty⁵ (For any molbox2 supported gas that Fluke is accredited and the molbloc in use is NOT calibrated in actual gas) | ±0.5 % of reading from 10 % to 100 % FS, ±0.05% FS under 10 % FS | ±0.5 % of reading from 10 % to 100 % FS, ±0.05% FS under 10 % FS |
| Measurement uncertainty⁶ (For any molbox2 supported gas that Fluke is not accredited and the molbloc is use is NOT calibrated in actual gas) | ± greater of 0.5% reading, 0.05% full scale, or root sum square*[0.2% reading, gas property uncertainties] | ± greater of 0.5% reading, 0.05% full scale, or root sum square*[0.2% reading, gas property uncertainties] |
| with molbloc-S sonic nozzle flow elements | ||
| Standard molbloc calibration | Premium molbloc calibration | |
| Range | 10 to 100 % molbloc full scale | 10 to 100 % molbloc full scale |
| Resolution | 0.0015 % FS | 0.0015 % FS |
| Precision¹ | ± 0.06 % of reading | ± 0.06 % of reading |
| Stability (one-year)² | ± 0.05 % of reading | ± 0.03 % of reading |
| Measurement uncertainty³ (For any gas for which the molbloc in use is calibrated) | ± 0.2 % of reading | ± 0.125 % of reading |
| 1. Precision: Combined linearity, hysteresis, repeatability. 2. Stability: Maximum change in zero and span over specified time period for typical molbox and molbloc used under typical conditions. As stability can only be predicted, stability for a specific molbox and molbloc should be established from experience. 3. Measurement uncertainty: Maximum deviation of the molbox2 flow indication from the true value of the flow through the molbloc including precision, stability and Fluke calibration. 4. With regular use of Autozero. Add 0.005 % of Q-RPT span for one year without use of AutoZero, (translates to 0.005 % FS for molbloc-S, does not significantly affect molbloc-S standard calibration or molbloc-L uncertainty.) 5. Measurement uncertainty of a gas other than N2 that Fluke has experience with but the molbloc does not have an actual gas calibration. 6. Measurement uncertainty of a gas other than N2 that Fluke does not have experience with and the molbloc does not have an actual gas calibration. |
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Includes: Fluke molbox2 Flow Terminal
- MASS FLOW TERM A700K STD
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