Turbo SSB 75 Rotating Nozzle

GEA Breconcherry Turbo SSB 75 Rotationsdüsen (strahlbildend, langsame Rotation)

Plain bearing nozzle with slow rotation

  • 360° low pressure plain bearing nozzle
  • slow rotation and small amounts of liquid
  • FDA compliant & EX exempt
  • acid, alkali and temperature resistant
  • compact dimensions
  • self-cleaning, hygienic, low-wear
  • high operational reliability
Technical Data Value
Max. cleaning diameter: 4,7 meters
Spray pattern: 360°
Pressure range: 2 – 10 bar
Flow rate: 60 – 153 LPM (3,6 – 9,2 m³/h)
Insertion opening: SSB 75 BSP/NPT min. Ø 60 mm, Splint min. Ø 85 mm
SSB 75 CS BSP/NPT min. Ø 45 mm, Splint min. Ø 85 mm
Mounting position: arbitrary, preferrably vertical downwards
Weight: approx. 0,37 KG
Materials: Stainless Steel 316L (1.4404), C.PTFE, PTFE
Pipe connection: 3/4″ Internal Thread BSP (NPT)
Optional Pipe Connections: 1″ Splint, DN25 Splint
Nozzle characteristics: Ball with slots
Certificates: 3.1, 2.2, ATEX, FDA Regulation (EC) No 1935/2004
Max. operating temperature: 95°C (203°F)
Max. ambient temperature: 140°C (284°F), 30 Min.
Operating recommendation: It is recommended to install a filter/strainer (500 μm) in the CIP supply line to the tank cleaner to protect it from particle clogging or damage.
 

Optimal Operation

The pressure range for operating a Turbo SSB 75 is 2 – 10 bar at the cleaning nozzle.
With a flow rate of 60 – 153 liters/minute, a cleaning diameter of 3 – 4,7 meters is achieved.

The Turbo SSB 75 is a slowly rotating rotary nozzle. During operation, liquid flowing through it sets the ball head into a steady braked rotation. In the process, flat jets of liquid with a long range emerge through slots. The slow rotation of the nozzle favours an effective bundled liquid impact with a high impact effect. This achieves a cleaning effect of up to 4.7 metres in diameter. The Turbo SSB is equipped with an extremely low-wear slide bearing system that is permanently flushed with liquid, thus achieving extremely long service lives. Even brief exposure to steam or compressed air does not cause any damage. After years of permanent use within a wide variety of industrial applications, no operational failures caused by wear have been detected. The nozzle can be easily cleaned of solids by means of a removable ball head.

The Turbo SSB meets the highest hygiene standards as well as FDA requirements and is suitable for use in potentially explosive atmospheres. The Turbo SSB 75 is available as a CS version without a split pin on the ball head or completely without a split pin. Turbo SSB are available in 3 sizes and many connection types. Common applications for Turbo SSB 75 rotary nozzles are found in the dairy, food, beverage, pharmaceutical and chemical industries for cleaning production, process or transport containers.

We strongly recommend the installation of a 500 micron filter/strainer in the CIP supply line close to the tankwasher
to protect it against particulate blocking or damage.

GEA Breconcherry Turbo SSB 75 Gewindebefestigung

Threaded Connection

Turbo SSB 75 standard devices are equipped with a 3/4″ cylindrical internal thread BSP (British Standard PIPE according to DIN ISO 228). The device is optionally available with a 3/4″ conical internal thread NPT (National Pipe Taper, American pipe thread for self-sealing connections).

GEA Breconcherry Turbo SSB 75 Splintbefestigung

Splint Connection

The Turbo SSB 75 is optionally available with 1″ or DN25 Split pin attachment. The Split pin attachment ensures that the cleaning nozzle is attached without dead space. Split pin versions have an approx. 15% higher flow rate compared to other conection types.

Turbo SSB 75 Threaded and Split pin connection

Connection Spray Pattern Pipe* Product code Materials Certificates Article numbers
*corresponds to the maximum pipe OD of the pipe on which the nozzle is to be installed (inches or mm). Split pin versions have approx. 15% higher flow-rates. Recommended standard devices with high storage probability are colored in blue.
3/4″ IG-BSP 360° 3/4″ TSSB75AF-360-BSP 316L/C.PTFE ATEX+FDA, 3.1 4660-2337-113
3/4″ IG-BSP 360° 3/4″ TSSB75F-360-BSP 316L/PTFE FDA, 3.1 4660-2336-112
3/4″ IG-NPT 360° 3/4″ TSSB75AF-360-NPT 316L/C.PTFE ATEX+FDA, 3.1 4660-2341-213
3/4″ IG-NPT 360° 3/4″ TSSB75F-360-NPT 316L/PTFE FDA, 3.1 4660-2346-212
1″ Split pin 360° 25,40″ TSSB75AF-360-PF 316L/C.PTFE ATEX+FDA, 3.1 4660-2342-413
1″ Split pin 360° 25,40″ TSSB75F-360-PF 316L/PTFE FDA, 3.1 4660-2347-412
DN25 Split pin 360° 29,12 TSSB75AF-360-DN25 316L/C.PTFE ATEX+FDA, 3.1 4660-2558-413
DN25 Split pin 360° 29,12 TSSB75F-360-DN25 316L/PTFE FDA, 3.1 4660-2558-414

Turbo SSB 75 CS Threaded and Split pin connection

Connection Spray Pattern Pipe* Product code Materials Certificates Article numbers
*corresponds to the maximum pipe OD of the pipe on which the nozzle is to be installed (inches or mm). Split pin versions have approx. 15% higher flow-rates. Recommended standard devices with high storage probability are colored in blue.
3/4″ IG-BSP 360° 3/4″ TSSB75AF-CS360-BSP 316L/C.PTFE ATEX+FDA, 3.1 4660-2558-421
3/4″ IG-BSP 360° 3/4″ TSSB75F-CS360-BSP 316L/PTFE FDA, 3.1 4660-2558-418
3/4″ IG-NPT 360° 3/4″ TSSB75AF-CS360-NPT 316L/C.PTFE ATEX+FDA, 3.1 4660-2558-422
3/4″ IG-NPT 360° 3/4″ TSSB75F-CS360-NPT 316L/PTFE FDA, 3.1 4660-2558-424
1″ Split pin 360° 25,40 TSSB75AF-CS360-PF 316L/C.PTFE ATEX+FDA, 3.1 4660-2558-423
1″ Split pin 360° 25,40 TSSB75F-CS360-PF 316L/PTFE FDA, 3.1 4660-2558-425
DN25 Split pin 360° 29,12 TSSB75AF-CS360-DN25 316L/C.PTFE ATEX+FDA, 3.1 4660-2558-420
DN25 Split pin 360° 29,12 TSSB75F-CS360-DN25 316L/PTFE FDA, 3.1 4660-2558-419

Installation Lance

GEA Breconcherry Turbo SSB Installationslanze

Materials: Stainless Steel 1.4404 (316L), EPDM, FKM
Certificates: 3.1, 2.2
Device Connection: 3/4″ AG-BSP (1″ Splint)
Tank Connection: Flange as needed
Sensor: with/without SMW 100

SMW 100 Fluidity Sensor

GEA Breconcherry SMW100

Materials: 1.4305, PEEK
Connection Type: Welding Sleeve
Function: Sensor surge is displayed every 20 seconds

The data, technical data and information presented do not release the user from the obligation to check the suitability of the products supplied for the intended application. All information is without guarantee. (Status of: 27.10.2022-71427321893-1888948-71042)