The RTP® Series rotary lobe pump was designed specifically for the hygienic stainless steel road tanker industry. It's the perfect solution for transferring high fructose corn syrup, chocolate, dairy, and more. The RTP® can handle flows up to 338 GPM (76.8 m³/h).
Features & Benefits
Cleanability
- The simple design behind the rotor makes strip cleaning easy and fast
- Choose the cleaning process that fits your needs: COP (Clean Out of Place) or CIP (Clean In Place)
Ease of Maintenance
- Innovative front loading seal design enables quick inspection and easy servicing
- Sealed gearcase with long-life lubrication eliminates oil inspection and filling
- Easy to service design requires no special tools for disassembly and eliminates need for end clearance adjustments
Performance
- Easily handles higher viscosity liquids with improved pressure capabilities for faster unloading
- Excellent displacement/weight ratios, meaning more in the tank & less in the cabinet
- Precision helical gears, rotors & shaft design, with optimized bearing position, minimize overhung load – extending seal & bearing life
Capacity
0 to 338 GPM
0 to 76.8 m³/h
Viscosity
0 to 910,000 SSU
0 to 200,000 cSt
Pressure
0 to 174 PSI
0 to 12 Bar
Temperature
0 to 300 °F
0 to 150 °C
Options
Porting
Camlock, ACME & DIN 11851 ports available
Drives
Close Coupled Hydraulic
Mounting
SAE 2 & 4 bolt mounting flange for close coupled hydraulic drive applications
Sealing
Single O-ring
Double O-Ring
Mechanical Seals
Complete range of material options
Specifications
Model | Standard Port Size | Nominal Pump Rating (GPM) | Nominal Pump Rating (m3/h) | Maximum RPM | Maximum Pressure PSI | Maximum Pressure BAR |
---|---|---|---|---|---|---|
RTP20 | 2" or 3" | 264 | 60 | 1,000 | 145 | 10 |
RTP30 | 3" or 4" | 338 | 76.8 | 1000 | 174 | 12 |
Photos
Videos
High Fructose Corn Syrup (HFCS)
High Fructose Corn Syrup (HFCS) is usually followed by the percentage of fructose in the liquid, ranging from 42 to 55%. It is most commonly used in soft drinks, jams, and jellies as a sweetener. Temperature regulation is relevant because discoloration of the liquid could occur at elevated temperatures.