Teikoku Pump Models

TEIKOKU'S CANNED MOTOR PUMPS DESIGN
F-V TYPE (BASIC TYPE WITH HOLLOW SHAFT) Standard design of TEIKOKU Motor Pump. Most commonly used for a wide variety of applications. Internal circulation through hollow shaft requires no external piping.	FA-V TYPE (BASIC TYPE WITH HOLLOW SHAFT) Standard design of TEIKOKU Motor pump, but with adapter to increase motor and pump combinations.


RW / RV Type (Reverse Circulation) Vertical installation improves venting and minimizes bearing loads, recommended for low viscosity and high vapor pressures. FW / FV Type (Hollow Shaft) Design with internal circulation, no outside piping required	R TYPE (REVERSE CIRCULATION) Suitable for handling volatile fluids such as Ammonia , Freon and other liquified gases, just as very low NPSH applications.


K-S TYPE (FULL HEATING JACKET TYPE) Suitable for handling fluids with high melting points.	K TYPE (FULL HEATING JACKET TYPE) Similar to K-S type, but for fluids with lower melting point.


D TYPE (SLURRY SEAL TYPE) Suitable for handling fluids containing small amounts of fine solids. With mechnical seal to prevent solids from entering motor cavity.	XG TYPE (GAS SEALED SLURRY TYPE) Handles fluid with considerable slurry. Besides XG-type, SG-type with external flushing is also available.


G TYPE (SELF-PRIMING TYPE) Used for pumping fluids from underground tank or rail/tank truck unloading.	F-M TYPE (MULTI-STAGE TYPE) Higher head, higher efficiency pump. Besides F-M type, R-M (Reverse Circulation) type and B-M (High Temp-Insulation) type are also available.


TYPE B (HIGH TEMPERATURE DESIGN) Suitable for handling high temperature fluids, such as heat transfer oils. Circualtion with external heat exchanger and motor jacket for cooling.	TYPE X (HIGH TEMPERATURE DESIGN) Suitable for handling high temperature fluids. Special motor coil insulation does not require any cooling jackets or heat exchanger. Therefore, space demand is very low.


L TYPE (ABSORPTION CHILLER) Special design for the use in Absorption Refrigeration. Internal circulation through hollow shaft requires no external piping. With inducer as standard to obtain low NPSH value. No base plate - pump directly mounted to the piping.