C SERIES CT | YTH The all in one coolant unit

Features of CT

World's First—All-in-one Medium-pressure Coolant Pump

This is a basic YTH model consolidating a large coolant system into one unit. Simply replace a conventional medium-pressure pump with YTH-CT to reduce the occupied space to 1/20th by volume.
The saved space expands the available plant space,resulting in a higher production efficiency.

Maximum operating pressure: 2.0 MPa
Maximum flow rate: 28.8 liters/min
No suction filter is required
No clean tank is required
No transfer pump is required on the coolant tank end
No plumbing is required to interconnect various components

Cyclone-type, All-in-one Medium-pressure Pump

Double-cyclone filter Two layers of double cyclones (one large cyclone and six small cyclones) remove chips from the coolant fluid.
Trochoid™ pump/ 2.0 MPa, 1.5 MPa A rotor turning in a trochoidal curve generates pressure to suck and discharge fluid. This is an extremely efficient self-priming pump.
Compatible with the TAZUNA™ fluid control system (software) TAZUNA™ reduces the electric power cost further by approximately 20%. The pressure and flow rate are automatically adjusted.

Model Numbering System

TOP－YTH①②-③CVD④

① Motor capacity	750 : 0.75 kW
① Motor capacity	1500 : 1.5 kW
② Motor type ＊	Standard motor	A3 : AC 200/200/220/230 V 50/60/60/60 Hz 3 phase electric induction motor (IE3) with CE marking
② Motor type ＊	Local motor	AE : supplied by NOP Deutschland (Germany) AF : supplied by NOP Taiwan AJ : supplied by NOP Asia (China) AK : supplied by NOP India

③ Rotor capacity	T208 : Trochoid™ pump, 8 cc/rev
③ Rotor capacity	T216 : Trochoid™ pump, 16 cc/rev
Filtering method	C : Double-cyclone type
Relief valve	VD : External return type
④ Relief pressure setting	20 : 2.0 MPa
④ Relief pressure setting	15 : 1.5 MPa

＊ For further details about the local motor, please contact to our overseas branch or subsidiaries.

Dimensional Drawing (Motor type : A3)

Model	L	B	C	W	Q	H	M	φD	ϒ(°)	TB
YTH750A3-T208CVD*	599.7	235.7	206.7	175.7	20	364	253.5	170	30	151
YTH1500A3-T216CVD*	639.2	255.7	226.7	195.7	40	383.5	273	202	45	168

Dimensional Drawing_CT CAD data (DXF format)

Specifications

Model	Motor capacity(kW)	Flow rate (ℓ / min) 50Hz/60Hz	Maximum pressure (Mpa)	Approximate weight (kg)
YTH750A3-T208CVD**	0.75	12.0 / 14.4	2.0	34
YTH1500A3-T216CVD**	1.5	24.0 / 28.8		39
YTH750AE-T208CVD**	0.75	12.0 / —		26
YTH1500AE-T216CVD**	1.5	24.0 / —		29

* ④ Relief pressure setting ⑤ Filtering performance

A sample configuration

Double-cyclone Filter

A proprietary double-cyclone system removes chips ^※.
The first cyclone removes larger debris, while the second cyclones remove smaller particles. The line-filter cleaning cycle is extended by 24 times.
※ Chips larger than 20µm in size is removed (when using water-soluble coolant fluid).

Compatible types of chips

Material	Iron	Casting	Aluminum	Copper
Compatibility	Excellent	Excellent	Good	Excellent

※ No liquid containing abrasive stone/grain is allowed
※ Please contact us for the use of High Silicon Aluminum

Filtering performance

Suction strainer	3mm (Solids larger than this must be removed from the tank)
Filter	Water-soluble coolant fluid 50 µm: 95% (specific gravity 2.7) 100 µm: 99.9% (specific gravity 2.7)

※ Filtering performance is effective only to continuous running（Ineffective results for intermittent running）

High-efficiency Trochoid™ Pump

YTH-CT uses a Trochoid™ pump which excels in fluid control efficiency. The double-cyclone system sorts out chips and enables direct connection to the coolant tank.

■ Compatible types of fluid
- Water-soluble coolant fluid
- Not for water-insoluble coolant fluid, lubricant oil or fuel oil
- Not for clear water, purified water, aqueous solutions and viscous fluids without rust-preventive property, corrosive liquid, solvents, and oils
■ Relief valve is built into the unit

Trochoid™Pump

Huge Energy Saving Effect Reduces Utility Costs

The use of YTH-CT results in huge energy savings over the conventional centrifugal pumps. The electric power cost is greatly reduced.

■ Operating cycle: total 80 seconds cycle
Unload (0MPa) 20 sec.
⇒Coolant through (1.1 MPa) 20 sec.
⇒Unload (0MPa) 20 sec.
⇒Coolant through (1.1 MPa) 20 sec.
■ The calculation is based on operation 8 hours/day, 365 days/year, and the electric power billed at ¥20/kWh.
- ※ Results may differ according to the conventional pump specifications and the machining conditions（reference data）