These pumps can withstand high temperatures and pressures. They are mainly used for HVAC systems as well as in booster systems for water supply.
The piping structure ensures that the pump is directly installed in the same horizontal system with the same in- and outlet diameters. This design makes the structure and piping of the pump more compact.
Motor
Pump Structure Design
Pull-up design with seperated motor and pump body. The pump cover bracket acts as a connection between the motor and the pump body, using the O-ring as a seal. The flange sizes meet the requirements of PN16 in GB/T17241 or ISO7005-2/DIN2501
Pump Operating Conditions
Pumping liquids which are thin, clean, nonflammable, non-combustible or non-explosive with no solid particles or fibres.
Performance Curves
The motors used for the measurements are based on 2900rpm or 2950 rom.
Tolerances to ISO 9906
Measurements have been made with airless water a temperature of 20˚C
Curves apply to kinematic visosity of 1mm /s
Select a best efficiency of the pump which is operating within the bold curve of the pump performance.
Liquid Temperature
Ambient Temperature
If the ambient temperature exceeds the 40˚C or the pump is installed at an altitude exceeding 1000 m, the motor output power P2 will decrease. In such cases, it is necessary to use a motor with a higer rated
Maximum Working Pressure
Contact
| +27 (0) 12 819-1196 | |
| +27 (0) 12 819-1137 | |
| +27 (0) 12 819-1202 | |
| +27 (0) 12 819-1249 | |
| sales@teskpump.co.za | |
| 44 Koedoe St, Koedoespoort Industrial, Pretoria, 0186 |