High Speed Dynamic Checkweigher - India

Ideal for Food, Pharmaceutical, Beverage, Chemical, Packaging, Machine,

Telecommunication, Personal Care, Forwarding, Electronic, Garment,

Metallurgical Industries, etc.

Model: H-ACW 600 Max Capacity: 3~600g

Reject System: Air Jet Reject / Pusher Reject IP Rating: IP 66 / IP67

Power Supply: Max.

upto 400 bags / min Working Temperature: 05° ± 40°C

Display: Interactive Color Touch Screen Ideal for Food, Pharmaceutical,

Beverage, Chemical, Packaging, Machine, Telecommunication, Personal

Care, Forwarding, Electronic, Garment, Metallurgical Industries, etc.

Designed for Control of Packaged & Unpackaged Goods Detection Theory :

High Speed Digital Weighing Sensor HACCP, GMP & FDA Approved Windows

embedded system Various information on real time display Historical data

recall and statistics 9 weights zones confirmation Network Connection

Light frame design Waterproof Design 3 Operating Level Built-in Power

Stabilizer Buzzer & Lamp Alarming with Rejectors Data Storage & Data

Printout ready Easy ± Tolerance Control Easy Integration in Existing

Production Lines Adjustable Belt Speed Conveyors easy to remove and

clean Anti-Vibration Legs with Height Adjustment Feedback Signaling

High Speed Dynamic Checkweigher

Please inquiry for your need now

Company Contact:

• Posted By: VinSyst Technologies

• Phone: 912265206500

• Address: Jogani Industrial Complex, Bldg No.5, #206,Chunabh, Mumbai , India

• Email:

• Website: http://www.vinsyst.com

• Business Description: VinSyst Technologies is an Indian based group company of CITIZEN Scale India Pvt.
  
  Ltd established in 1985.
  
  We are the only company worldwide to offer Static Weighing Scales ranging from 0.0001 mg to 120 tonnes and Dynamic Weighing Scales i.e., CheckW
  
  VinSyst has evolved to be one of the leading manufacturers and exporters of CheckWeighers and Metal Detectors.
  
  We also manufacture Metal Separators and CheckWeigher with Metal Detector Combination machines to give the best solution most economically.