Technical Specifications

316L Stainless Steel

Stainless:

12 ¼ in 31.12 cm

ID= 2” NPT, Female Threads, 11.5 tpi

OD= 2 ½” Quick Disconnect Coupling

Cam Locking Type

OR

2 ½” NH, Male Threads, 7.5 tpi

Stainless Steel substrate is plasma flame

sprayed with Chromium Oxide, then ground to finish

dimension. The final product is a hard, dense surface that is

resistant to abrasive wear, high temperatures and chemical

corrosion. The smooth surface also lends itself to sealing

with rotary seals. The thrust imparted on the rotor shaft is

distributed by a tungsten carbide thrust washer fastened

to the rotor shaft pinion gear. Carbide is an excellent wear

material and has very high corrosion resistance.

The main bearings that support the rotation

of the Tee Housing and Nozzle Housing are composed of

a carbon fiber reinforced thermoplastic material, with 15%

PTFE for lubricant. These bearings have an extremely

low coefficient of thermal expansion, and both a low water

absorption and wear factor. Ball bearings have been

eliminated by the use of this bearing material.

up to 250 F (121 C)

Static seals (o-rings) are compounded for extended

use in various tank cleaning applications. Several different

types of o-rings are available to suit specific tank cleaning

environments. Dynamic seals (which seal rotating parts)

are specially designed spring or pressure seals. The jacket

material is a Teflon alloy which increases wear life and

corrosion resistance.

The internal gearbox reduction is achieved

using a spur gear system, and is available in two gear

ratios: 655: 1 and 273: 1. Switching from one ratio to

the other is achieved by simply changing 2 of the 5

interchangeable stainless steel gearsets available.

Two types of lubrication are

available; sealed gearbox with food grade gear oil or

flow-thru gearbox; where the cleaning solution lubricates

the gears. Gearbox Qty = 14oz. (414 ml.) SAE 90. See

preventative maintenance, page 2 for specific types of oil.

Pin drive or clutch drive is

available. Pin drive is recommended for CIP applications,

while the clutch drive is recommended for portable use,

where the machine will be handled often.

Several self cleaning features are

built into all machines; rinsing of the bevel gears and ring

gear assist in preventing a buildup of debris that could

interfere with operating efficiency. CIP models can also be

equipped with the optional self rinse nozzle which washes

the exterior surfaces of the machine while it is operating.

Additional passages allow high pressure rinsing of internal

areas of the machine where deposits of solids could allow

bacterial growth. Drainage holes can be provided for

complete drainage of cleaning solution.

Nozzles are available in the following sizes: