Siemens LSGMX11S10OOBT Lab Air Terminal HVAC High Precision Control
Siemens
Details
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CategoryFacility
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Dimension35.0in x 25.0in x 19.0in
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SerialDoes Not Apply
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Shipping TypeFedEx Ground
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Manufacturing2022-01-12
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
The Siemens LSGMX11S10OOBT Laboratory Supply Air Terminal, manufactured in 2022, is an essential component for laboratory HVAC systems used to precisely control and regulate airflow. Its robust construction and visible flow connection facilitate seamless integration into ductwork and building management systems. Notably, this model ensures precise ventilation and pressure compliance, supporting critical laboratory processes and personnel safety. With a max CFM of 1487 and a min CFM of 210, it features a flow coefficient of 71.9% and a 10-inch duct diameter. The terminal is marked with an air flow orientation arrow for proper installation. U.S. Patent numbers 5,518,446 and 5,833,529 protect its design. The device is suitable for applications where maintaining controlled and variable airflow is paramount.
Technician comment
New in original opened box
Key Features
- Precise control of supply airflow
- Robust metallic housing for integration in ductwork
- Supports critical lab ventilation and pressurization
- Max CFM: 1487, Min CFM: 210
- Flow Coefficient: 71.9%
- Duct Diameter: 10 inches
- Directional air flow arrows for installation guidance
- Manufactured by Siemens
Specifications
- Manufacturer: Siemens
- Model/Part Number: LSGMX11S10OOBT
- Date of Manufacture: 01/12/2022
- Max CFM: 1487
- Min CFM: 210
- Flow Coefficient: 71.9%
- Duct Diameter: 10 inches (254 mm)
- Factory Order No.: 1842197
- US Patent Nos.: 5,518,446; 5,833,529
- Directional indicator for air flow orientation
Weight
Imperial: 36.0 Pounds
Metric: 16.33 Kilograms
Shipping Dimensions
Imperial: 42.0 lb x 30.0 lb x 22.8 lb
Metric: 106.68 cm x 76.2 cm x 57.91 cm
Harmonized Code
841590
Harmonized Code Details
Harmonized code 841590 is used for parts of air conditioning machines, justifying its use due to the item's role in regulating airflow and pressure as part of a laboratory HVAC system.
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