PGB-700

Strong versatility

Multiple configuration

High production capacity

High precision

 

 

Model: PGB-700

Dimension: 1500*1100*1600mm

XYZ working area: 700*700*100mm

 

AB ratio: 100:100-100:10 adjustable

Movement Track: Dot/Line/Arc/Circle

Speed: 500mm/s (Movement speed) 1-12g/s (gluing out speed)

Accuracy: ±0.03mm (Repeatability) ±2% (potting) ±2% (mixing)

Program: 99pcs/more

Input pressure: 0.5MPa-0.7MPa

Viscosity: 50cps-30000cps (Glue can be heated to decrease viscosity)

Operation Method: Manual/Automatic

Meter Pump: Gear pump/Screw pump/Double cylinder plunger pump

Flow Control: Digital Input

Programming method: teaching programming

Automated control system: PLC / touch screen (programming, modification, storage, etc.)

Glue control system: AB glue suction valve to achieve independent operation of AB glue

Mixed mode: dynamic and static optional, instant mixing, easy to clean

Tank：stainless steel(40L)、(25L)、（10L）optional

Power supply: 220V/50Hz/1200W ( The power consumption without heater)

 

 

Glue Potting Machine PGB-700

Category: Glue Potting Machine

Brand: D&H

Model:PGB-700

Applications: capacitor, power supply, transformer, ignition coil, reverse sensor, circuit board, electronic ballast, art stickers , other electronic products where glue potting demanded.

Suitable Material: AB part glue , silicone , epoxy resin, polyurethane ...

 

Features

1, Glue controlling system of metering, mixing and potting.

2, Accurate metering and even mixing helps to avoid the waste of glue.

3, Dispensing size and positioning keep machine work consistent and fast.

4, Good universality makes PGB-700 machine suitable for applications of LED, electric and others glue potting needed products.

5, Easy to program and operate.

6, Tally function, non-standard mode, primer mode, level alert, filter mode, liquid display device, preventing back-flow device and other functional device.

 

The working principle:

 

 

 

 

Liquid A & B are kept in two tanks separately. There are two sets of metering pumps inside the machine, draining out liquids individually from tank A & B. Liquid A & B mix with each other in the mixer pipe and dispensed out according to the programmable data.