VIB-150

Series VIB Slide Gates

LOW PROFILE SLIDE VALVES: MAXIMUM EFFICIENCY, MINIMAL RESIDUE, HIGHLY ABRASION-RESISTANT

Low Profile VIB Slide Valves consist of two piece high pressure die-cast body manufactured from aluminum alloy, a sliding blade in carbon or stainless steel, a carbon or stainless steel frame and a pre-stressed elastomeric seal manufactured from unique SINTTM engineering polymer composite.

The use of SINTTM engineering polymer composites considerably increases resistance to abrasion as compared to traditional valves. The valves are equipped with live-loaded seals which ensure extended

durability and wear resistance, providing excellent sealing across the entire valve surface. Additional flange gaskets are not required. Low Profile VIB Slide Valves are available in a variety of configurations.

For the food industry a version with stainless steel blade and frame, as well as food-grade seal is available. The VIB is a gravity Slide Valve for all kinds of powdery or granular materials stored in silos or bins.

 

Technical Features

  • Dust-proof, friction-free design 
  • Intercepts the flow of powders, flakes, granular materials and pellets.
  • Compatible with CEMA flanges.
  • Wear compensating seal system.
  • SINTTM engineering polymer for standard and food-grade applications.
  • Replaceable sealing system in SINTTM engineering polymer
  • Interchangeable actuators: manual, pneumatic, electric gear motor.
  • Certified EN 1935/2004 and FDA-certified.

Benefits

  • Minimized residue and contamination thanks to low profile design.
  • Quick and easy maintenance.
  • Dust, pellet and granule-proof thanks to special component geometry.
  • Quick fitting thanks to CEMA flange compatibility.
  • Highly wear resistant.
  • Better performance as a result of friction-free contact design (no waste of actuator torque).
  • Ex-stock delivery.
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Overall Dimensions

VIB-150

A 4.72
B 6.89
C 10.28
D 0.61
E 4.53
N° E 2
ØF 1/2"
G 20.08
H 2.40
I 4.92
lbs 22

Technical Data

VIB-150

Product Attributes

Technology

BULK SOLIDS FLOW INTERCEPTION

Size

6"

BLADE TYPE

Heavy Duty Blade Carbon Steel or Stainless Steel Can also be coated with SINT®MC or SINT®AL (FDA approved)

BODY CONSTRUCTION

Valve Body Manufactured in carbon or Stainless Steel and can be coated with SINT®MC or SINT®AL(FDA approved)

ACTUATOR

Manual or Pneumatic

Power Source

AIR

OPTIONS & ACCESSORIES

Handwheel (CMG0150.1), Pneumatic Actuator (CPL.063.150), Connecting Plate (KCPA0631525), Return Spring Solenoid (V5V80) Double Inching Solenoid (V5VV80), Solenoid Coils In (14/48/110/230 AC-DC). Limit Switch Codes ( KX518 (Inductive), LSM8 (Mechanical), KXM00 (Reed) Signalling System obligatory,Gear Motor (CRG010B150.1)

General Applications

The special geometry of the VIB Slide Valves and the different options of blade design enable their application in virtually all types of powder and processing plants where interception of gravity-fed or pneumatically conveyed dry materials is required. Typical applications are storage, transport and processing lines. They are fitted beneath hoppers, bins, silos, screw conveyors or other type conveyors. Due to their special design and to the engineering polymer materials used, they represent a particularly cost-effective yet most efficient solution.

General Industries

BUILDING & CONSTRUCTION, FEED & FOOD, PLASTICS & CHEMICAL, HEAVY DUTY, PLANTS & MACHINERY, ENVIOMENTAL TECHNOLOGY

Features & Benefits

  • No contamination due to carbon or stainless steel blade and valve frame lined with engineering polymer, Dust, pellet and granule-proof thanks to special component geometry, Highly abrasion-resistant due to replaceable SINT seal, No downtime for seal adjustment, Easy integration into the process thanks to light weight and eased handling, Quick fitting thanks to WAM and CEMA flange compatibility, High flexibility and time-saving maintenance due to interchangeable components, Better performance as a result of friction-free contact design (no waste of actuator torque to increase friction), Safe operation thanks to total absence of pinch points and exposed moving parts, Optimised maintenance thanks to small number of components, Minimised residue and contamination thanks to low profile design

Product Industries

Product Applications