Model 130400 4" Light Duty Line Vac
- Hopper loading
- Fiber tensioning
- Material conveying
- Waste/trim removal
- Chip removal
- Part transfer
- Filling operations
- No moving parts
- Fits standard hose or tube
- Eight sizes in stock
- Moderate throughput capability
The Light Duty Line Vac is only available in aluminum. For corrosion resistant stainless steel models that are suitable for high temperature and food service, see our Line Vac, Threaded Line Vac, Sanitary Flange Line Vac and Heavy Duty Line Vac models.
Light Duty Line Vac Models
Light Duty Line Vacs are available individually and in kits. Light Duty Line Vac Kits include a Light Duty Line Vac, filter separator and pressure regulator (with coupler).
Clear PVC Hose - EXAIR stocks 3/8" (10mm), 1/2" (13mm), 3/4" (19mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (38mm), 2" (51mm), 2-1/2" (64mm) and 3" (76mm) I.D. PVC hose in lengths up to 50' (15.2m). Ideal for conveying applications, the hose is very flexible and has a smooth internal bore that eliminates material build up. The reinforced, heavy wall of this clear hose provides visual confirmation that the material is moving when air is supplied to the Line Vac. Temperature rating is -4 to 150°F (-20 to 66°C).
Drum Covers - EXAIR's fine mesh non-woven Drum Cover is built to fit over the top of 55 or 30 gallon drums. It is suitable for Line Vac conveyance hoses from 3/4" through 3.4" outside diameters and comes complete with hose clamps and a durable spring buckle strap for quick and easy installation.
Line Vac Model Comparison
|Material Type||Temperature Rating||Corrosion Resistance|
|Aluminum Line Vac||275°F (135°C)||Fair|
|Stainless Steel Line Vac (Type 303)||400°F (204°C)||Good|
|Stainless Steel Line Vac (Type 316)||400°F (204°C)||Excellent|
|Stainless Steel Flanged Line Vac (Type 316)||400°F (204°C)||Excellent|
|High Temperature Stainless Steel Line Vac (Type 303)||900°F (482°C)||Good|
|High Temperature Stainless Steel Line Vac (Type 316)||900°F (482°C)||Excellent|
|Heavy Duty Line Vac Hardened Alloy Construction||400°F (204°C)||Good|
Light Duty Line Vacs are available in a wide range of sizes from 3/4" to 6" to fit your application. Some of the criteria used to select the proper model are:
- Diameter of parts being conveyed
- Diameter of pipe
- Rate (weight or volume)
Light Duty Line Vac Performance
|80 PSIG (5.5 BAR)||Air Consumption|
Light Duty Line Vac Dimensions
|Aluminum Light Duty Line Vac||130075||130100||130125||130150||130200||130300||130400||130600|
|G||1/4 FNPT||1/4 FNPT||1/4 FNPT||3/8 FNPT||3/8 FNPT||3/8 FNPT||1/2 FNPT||1/2 FNPT|
How the Light Duty Line Vac Works
Compressed air flows through the inlet (1) into an annular plenum chamber (2). It is then injected into the throat through directed nozzles (3). These jets of air create a vacuum at the intake (4) which draws material in and accelerates it through the unit (5) for conveying over long vertical or horizontal distances.
Line Vac Standards and Certifications
EXAIR Line Vacs comply with OSHA's Safety Requirements, the EU General Product Safety Directive (2001/95/EC) and meet the noise limitation requirements of the EU Machinery Directive (2006/42/EC).All sound level measurements are taken at 3 feet away.
Look for this symbol to designate conflict mineral free products throughout our website. EXAIR supports Section 1502 of the Dodd-Frank Wall Street Reform and Consumer Protection Act and we are committed to compliance with the conflict minerals rule in order to curb the illicit trade of tin, tantalum, tungsten and gold in the DRC region. EXAIR is using the CMRT 3.02 template to document our supply chain and commitment to conflict free products.
Line Vac Conveying Rate Comparison
Infinite control of the flow rate through the Line Vac can be controlled by a pressure regulator. Kits include a pressure regulator that is sized properly for flow. The actual conveying rate is affected by the size, mass and geometry of the part to be conveyed along with the length, lift and number of bends in the hose, tube or pipe. These variables make it difficult to determine the exact conveying rate for any product, however, our Application Engineers can assist you by comparing the material you want to convey with something that has already been tested.
Many applications require that materials be transported over longer distances. The Heavy Duty Line Vac can move more material over longer lengths. They have been designed for rugged, industrial applications.
The table below gives a quick comparison of our Light Duty Line Vac, standard Line Vac and the Heavy Duty Line Vac models. For comparison, the test shows the 2" (51mm) model of each style conveying the same material over various lengths. Heavy Duty Line Vac conveys more material in less time.
Rock Salt Conveying Rate Comparison
|Model||100 Feet (30.5m)||200 Feet (61m)|
|Model 130200 2" (51mm) Light Duty Line Vac||166 lbs/hr. (75.3 kg/hr.)||N/A|
|Model 6084 2" (51mm) Line Vac||334 lbs/hr. (151.5 kg/hr.)||85 lbs/hr. (38.6 kg/hr.)|
|Model 150200 2" (51mm) Heavy Duty Line Vac||524 lbs/hr. (237.7 kg/hr.)||200 lbs/hr. (90.7 kg/hr.)|
|Horizontal conveying tested at 80 PSIG (5.5 BAR).|
Special Line Vacs
EXAIR manufactures special Line Vacs suited to specific application requirements. Configurations and materials can vary according to the application requirements.
Line Vac can be engineered to retrofit existing machinery. The Line Vac (shown right) has special flanges that permit direct mounting to a machine used in the manufacturing of silicon wafers for the semiconductor industry. This flanged Line Vac is used to remove acidic vapors resulting from surface etching of the silicon wafer. Ordinarily, EXAIR’s Stainless Steel Air Amplifier would have been used since it moves much higher volumes of air. In this case, the Line Vac was the better choice since the exhaust piping was long with many bends that would have created high back pressure. The directed nozzles of the Line Vac overcame this downstream resistance.
Filling small packets with fine powders or granulated materials such as salt or sugar is done using small tubes that are gravity fed from a hopper. This works well when the material is dry, however, moist materials would often pack the tube, blocking the flow. The special funnel shaped Line Vac (shown right) created a suction on the existing tube to permit continuous product flow.
The special flanged Line Vac (shown right) is made of PVDF, a plastic that has a high chemical resistance. In this case, the 1-1/2" (38mm) Line Vac was regularly exposed to a chloride wash, a chemical that would corrode stainless steel. QF flanges were provided on each end to allow easy removal of the conveying hoses for cleaning purposes.
The special miniature Line Vac with barb fittings (shown right) was designed for a manufacturer of integrated circuit chips. It was used to remove microscopic debris during the chip making process. This small Line Vac generated high vacuum and was the perfect configuration for the confined working space. It has also been used by another manufacturer to vacuum liquid and chips from small drilled holes.