Fume Hood Basic (XFLO BASIC) > Laboratory Exhaust Equipment

Laboratory Exhaust Equipment

Fume Hood Basic (XFLO BASIC)

XFLO BASIC is a representative fume hood of CHC LAB, and it provides a pleasant experimental environment while protecting researchers from harmful gases through a design that meets domestic and international standards and based on differentiated technology. Product Code: XFL-BA-120/XFL-BA-150/XFL-BA-180/XFL-BA-210/XFL-BA-240

Product code 1675217289

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Acquiring international performance certifications: XFLO-BA has proven its stability and technology by acquiring ASHRAE110 and EN14175, international certifications for laboratory fume hoods.

Designing an optimized fluid flow: For the safe discharge of contaminants in the fume hood, the fluid flow is optimized by designing the delicate internal structure using the CFD fluid program.

CHC Monitor: By applying an optimized self-developed monitoring system to the fume hood of CHC LAB, the wind speed of the fume hood is measured in real time and the status is delivered to the user.

Emergency discharge system (CHC VAV Controller application options): Through the Emergency Discharge function, it is possible to quickly discharge the internal air to the outside by increasing the discharge air volume in the event of an emergency, such as the generation of a large amount of harmful gas.

Safety Sash Stopper & Guard: By artificially stopping the sash at an appropriate height of 500mm, it prevents exposure of harmful substances due to sudden opening.

Steel-based structural design

Fire safety and chemical resistance were improved by applying a steel outer plate with excellent physical strength and epoxy powder coating treatment (ASTM E84, EN 13501-1 certified).

Sash Lock

The sash is artificially stopped at an appropriate height (500mm) to prevent exposure to toxic substances due to a sudden opening (EN14175 recommended).

Raised Edge Worktop Surface

The raised edge worktop, jointlessly shaped with mold, prevents the leakage of contaminants and safely protects the workers.

Exhaust Duct Structure

Streamline-designed Chamber Duct prevents vortex and minimizes energy loss.

Electric Leak Break (IP 54)

ELB (Electric Leak Break) using an IP 54-grade waterproof cover is installed on the front to enhance safety.

Safe Airflow Structure

External air is supplied to the workspace through the airfoil in front of the fume hood to prevent vortexing. Also, the safety of the fume hood airflow has been improved through the functional structure design of the sash handle.

Fume Hood Control System

The CHC VAV Controller automatically controls the damper or fan according to the sash opening and keeps the face velocity of the wind constant. By applying Energy Saving Mode, you can save energy by minimizing the speed of the exhaust wind when you don't use the fume hood (option).

Utility Systems

To the user's needs, various utility combinations are applied to the individually detachable panel, so it is convenient for maintenance. (*Utilities: water, electricity, gas, LAN Port, etc.)

Maintenance Hole

The removable inspection hole installed inside the fume hood is made of P.P. material. It prevents corrosion and makes maintenance of valves, cocks, sockets, etc. convenient.

Scaffold Holder & STS Rack

A Scaffold Holder made of P.P. material, which has high chemical resistance, is installed to firmly hold the Rack. (option)

Built-In Cabinet

According to the laboratory environment, space utilization and safety can be improved by installing a built-in under-bench safety cabinet under the fume hood. (option)

Energy-efficient Combination Sash

Depending on the scale of the experiment, using a combination sash, which is a mix of vertical and horizontal sash, helps to reduce energy loss. (option)

PIR Sensor

PIR sensor detects the motion of the human body. When there are no human movements, the sash is automatically closed to save energy. (option)

CHC Monitor (Basic) & CHC VAV Controller

CHC VAV Controller and CHC Monitor, which are optimized for CHC Lab's fume hood, measure the wind speed of the fume hood in real-time and deliver the status to the user. * Emergency discharge system, fume hood surface wind speed display, and control (CHC VAV Controller), full-color touchscreen applied.

제품소개-실험실배기장비_2_16.png Specification

Model	CHC VAV Controller
Dimension(WⅹDⅹH, mm)	80ⅹ130ⅹ30
Face velocity Measurement Range	0~1 m/s (±0.03 m/s)
Power	AC 110 / 220V, 50 / 60 Hz
Current	0.5A
Communication Port	RS485

Emergency Exhaust

In case of an emergency, such as a leak of a large amount of toxic gas, the internal air can be quickly discharged by increasing the exhaust air volume.

Fume Hood Face Status Display

The user can check the status of the fume hood by measuring and displaying the face velocity in real time through the sensor.

Fume Hood Face Velocity Control

CHC VAV Controller automatically adjusts the damper according to the opening height of the sash to keep the face velocity constant.

제품소개-실험실배기장비_4_07.png

Specification

Model	SCHNEIDER ICM500
(WⅹDⅹH, mm)	84ⅹ158ⅹ48
Face velocity Measurement Range	0.1~1 m/s (±0.015 m/s)
Power	AC 110 / 220V, 50 / 60 Hz, DC 15 V
Current	0.12A
Communication Port	RS232

Unit: mm, Tolerance: ±5mm

Sash Automatic Closing Control (PIR Sensor)

The sash can be automatically controlled by installing a human movement-detecting PIR sensor module. It detects human movement and automatically closes it when the user is absent, thus, saving energy.

Sash Safety Height Control

The sensor module to the sash is attached to control the proper height of the sash. If you set the proper height of the sash for the fume hood, 500 mm, or set the desired height, the sash is automatically controlled to the set height.

Specification

Section		XFL-BA
Section		120	150	180	210	240
Size (W×D×H, mm)	Outer	1200×850×2365	1500×850×2365	1800×850×2365	2100×850×2365	2400×850×2365
Size (W×D×H, mm)	Inner	995×675×1200	1295×675×1200	1595×675×1200	1895×675×1200	2195×675×1200
Material	Outer	Steel Plate (Epoxy Powder Coated)
	Inner	Phenolic Laminate
	Worktop	Epoxy 25 mm (option : Phenolic Laminate, STS, PVC, P.P.)
	Sash	Tempered Glass 5 mm
	Frame	Steel Pipe (Epoxy Powder Coated)
Types of Sashes		Vertical sash (Option: Combination Sash)
Cup Sink		1 EA (Option: 2 EA)
Power Socket		220V×4EA (Left, Right 2EA each)
Lamp (LED)		25 W×1 EA			25 W×2 EA
Controller		CHC Monitor (Option: CHC VAV Contoller, Schneider Contoller, ON/OFF Switch)
Earth Leakage Breaker		Ceiling Distribution Box (including Terminal Block and Earth Leakage Breaker)(option : Front Earth Leakage Breaker)
Valves		Water×1EA, N₂×1EA (Option: Additional Valve 4EA)
Exhaust Port		P.P. Ø250 (option : P.P. Ø300 / PVC Ø200, Ø250, Ø300)
Power Consumption		25 W			50 W
Options		Sash Safety Film
		STS RACK
		PIR sensor (Auto Sash)
		Lower Frame Built-in Cabinet
		Blower

Unit: mm, Tolerance: ±5mm

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Laboratory Exhaust Equipment

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