PVA | MX1000/MX1500 | METERMIX

MX1000 / MX1500

Displacement rod for Bi-Component Material Dispensing systems

The MX1000 and MX1500 Series displacement rod system are ideal choices for Bi-Component material dispensing applications using very dense abrasive materials. The displacement rod design eliminates metal-to-metal contact and contains no usable dynamic seals.

The closed-loop servo-controlled motors allow the operator to program the mixing ratio, injection size, flow rate, pressure control, vacuum degassing, recirculation and automatic purge functions through a menu-driven operator panel.

The PVA displacement rod has many integrated features including:

• Carbide rod for longer life
• Heavy-duty steel frame eliminates tie rod for easier installation and maintenance
• Four hard metal rods available for better resolution

PVA manufactures single and multi-component metering systems tailored to each specific need. Stand-alone Bi-component material dispensing systems not integrated into a robotic platform, come with a separate controller that allows multiple dispensing profiles to be stored. Within each profile, automatic purge modes and variable flow rates are available. Servo-driven closed-loop PVA mixing systems ensure greater repeatability and accuracy in the volume of PVA dispensed material. All offline mixing systems include the cabinet and are mounted on a custom chassis or cart with wheels.

TYPICAL APPLICATIONS
-Potting and encapsulation
-Conformal coating
-Gasketing
-Lamination
-Sealing
-Assembly / adhesive operations
-Varnishing

 PUMP DRAINAGE SPECIFICATIONS

Mixing ratio
Fixed or variable 1:1 up to 15:1

Viscosity Range
10 to 1 million cps

Maximum shot size
Available 60cc or 120cc (continuous flow available Bi-component dispensing systems with “back to back”)

Caudal
0.5 to 500cc/min

Material Delivery System
-Pressure vessel options from 1L up to 114 L
-Retainer cartridges and pumps
-19L bucket and 207L drum pumps
-Automatic material crossover options
-High pressure regulators and filters material

Optional Process Control Features
-Low level of material sensors
-Material Agitators
-Vacuum degassing
-Heated material tank and valve
-Recirculation systems
-Material flow control with data collection