Fisnar Catalog - Engineered Dispensing Solutions

DA35 Autocan Extruder System The DA35 extrudes medium to high viscosity materials under pressure directly from a pre-filled can. This system is suitable for automatic and semi automatic controlled dispensing applications, which require a constant supply of air-free material. The extruder pump body is fitted with a follower plate that seals and follows the material as the level drops to wipe the sides of the can clean, limiting waste. Supplied as standard with a NBR wiper seal fitted. Optional FKM wiper seal sold separately.

Controller, hose, valve, and handle sold separately.

Models

Features • Prevents air bubbles and material voids • Air ram assist to help drive material • Simple load mechanism provides easy cleaning • Easy hook up for automatic systems • Low noise electric extruder model • Integrated low level alarm and warning light

Item Number

Description

DA35-1KG-US

Autocan Pump 110 VAC

DA35-3KG-US

Autocan Pump 110 VAC

DA35-1KG-EU

Autocan Pump 220 VAC

DA35-3KG-EU

Autocan Pump 220 VAC

DA35-1KG-UK

Autocan Pump 220 VAC

Specifications

DA35-3KG-UK

Autocan Pump 220 VAC

215 x 440 mm (8.46 x 17.32”)

Size

Accessories

550 mm min - 720 mm max (21.65” min - 28.35” max)

Height Adjustment

Item Number

Description

RESERVOIRS/PUMPS

Power Input for Sensing

651780-A3A-B

Fluid Regulator SS 3,000 psi

110 - 220 VAC, 50 - 60 Hz

Fluid Regulator Install Kit with Gauge Fittings

Air Input Pressure Maximum Output Pressure Fluid Viscosity Range

30 - 100 psi

EP1415K

850 psi

DA35-1KG DA35-3KG

Follower Plate 1 kg Follower Plate 3 kg

30,000 - 300,000 cps

Follower Wiper Seal NBR (117 mm O.D.) Follower Wiper Seal NBR (168 mm O.D.) Follower Wiper Seal FKM (117 mm O.D.) Follower Wiper Seal FKM (168 mm O.D.)

1300060-1KG-NBR

Ratio

8.5

Volume/Stroke

5 cc

1300060-3KG-NBR

Max Pump Speed

60rpm

Air Inlet/Fluid Outlet Size

1300060-1KG-FKM

1/4” NPT (f)

Wetted Parts

PTFE, Viton®, and PEEK seals

1300060-3KG-FKM

Weight

12.73 kg (28 lb)

99

www.fisnar.com