Cooling System

Chiller
Water-Cooling
Air-Cooling
Cooling / Warming Controller
Temperature Controller
Water-Heater
Double Water Heater
High Temperature Oil-Heater (320℃)
High Temperature Oil-Heater (250℃)
Oil-Heater (150℃)

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Cooling System

Temperature Controller Water-Heater

Internal structure

Schematic diagram of fluid

Heat variation diagram

Excellent reproducibility being accomplished by thoroughly intercepting the causes of inferiority in the ill-balanced die control process

The speed of response to high temperature being fast
Temperature setting is 30~95℃
Microminiaturized, light-weighted
Proportionate control function of warmth and coolness
Safe structure, durability
High-temperature and high-pressure large discharge pump adopted
Selective models between unified and detached

Mold Temperature Controller
state of operation shown	self-analysis of the causes of trouble	media temperature control(LS, LD)
PCB electronic control	alarm function and an emergency light	die temperature control(MS, MD)
one-touch operational panel	warm up operation function	detached control system(Option)
heating and cooling type PDI temperature control function	high-low alarm device	die distributor (Option)
non contact SSR adopted(Option)	graphic forwarding function of temperature data(Option)

Internal structure

It assures high safety, high-quality production, and equal shaping of the density of productions by intercepting the causes of defects at an early stage in the unequal die temperature process and thus keeping up the temperature of die constantly.

It can sufficiently cope with high load heat because it adopts direct cooling method.

In addition, it can attain high pressure and large flow by adopting a high-temperature and high-pressure large flow pump.

The temperature is also maintained constantly by the superprecise heating and cooling PID temperature control.

It is designed so that the speed of response to high temperature is fast and it assures more excellent durability for the various selections of models and compact design.

Schematic diagram of fluid

CLASSIFICATION	TWL-15S/D	TWL-30S/D	TWL-60S/D	TWL-100S/D	TWL-200S/D
Heater Capacity(Kw)	3	4	8	10	20
Medium ProcessPump(㎾)	0.45	0.78	1.27	1.6	2.2
Flow Volume(l/min)	20	40	80	100	200
Max. Water Supply Head(m)	30	35	30	40	40
Process Port SIZE	20A	20A	25A	25A	40A
Total Electricity (Kw/hr)	3.45	4.78	7.27	11.6	22.2
Power Source	AC 220/380 ±10% 50/60Hz 3Φ
Dimension (W×L×H㎜)	270(540) × 580 × 570	270(540) × 580 × 570	270(540) × 580 × 570	270(540) × 580 × 570	270(540) × 580 × 570

Heat variation diagram

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