Matsui – MCJ-AA

MCJ-AA, Matsui

MCJ-AA is a large flow rate, high-pressure, medium temperature controller which can support high temperatures, realised with stable temperature control without compromising the high level of safety.

High precision~Geared up for high-precision moulding.~
Monitors temperature with 0.1°C precision whilst the Temperature Controller monitors with less than ±0.5°C precision, and has a 0.25sec of sampling cycle.
Heater Control with SSR (non-contact relay)
Safety~Automated control offers safer operational environment.
●Breaker with open-circuit voltage capability to secure a safe operation environment.
●Heater Control with SSR
●Connector lead for alarm signal (Option)
※Enhance further safety with a variety of options.
Without leak
Using canned pump, bellows valve

Matsui – MCAX


MCAX promotes stable temperature control and high level of safety under high pressure.

■Pump Features
The non-seal design of the canned pump allows MCAX to be used even in clean rooms. Reputed for high precision of temperature control, MCAX is also adequate for use under high pressure and large flow rate.

Matsui – MCM-SC


MCM-SC is the mold temperature controller for compact optical molding which realized stable temperature control and high safety.
The ±0.1-0.3°C temperature have supported Max. 145°C fresh water can be controlled.

High accuracy temperature controller and operation.
Monitors temperature with 0.1°C resolution. Temperature Contoller with less than ±0.5°C resolution Attains 0.25sec of sampling cycle. New control algorithm to reduce transient overshoot.
Machine maintenance made easier.
The interior lay-out with a view to set into the molding machine
Almost pipe-less by utilizing manifold-block
Prevents water leak throughly
Heater Control with SSR (non-contact relay)
Operational temperature range max145°C(MCM-601S)
Utilizes non-seal pump
The original interior structure corresponds to high temperature.
Allows flow performance.
Rack (Options)
About 50% Floor Space Saving.
(W:500mm x L:710mm = 0.36m2)
can choose the set-up location freely.
Prevent falling down from flanges and fixed by anchor bolt.
Each Unit is fixed on Frame from bottom side with bolts.

Matsui – MCLX-HX


MCLX promotes stable temperature control and high level of safety for large flow rate.

■Pump Features
Large flow rate and high pressure pump enhances performances and reliability.
●Customized mechanical seal increases shaft seal capacity and expands life-span of pump to allow operation in higher water temperature than other company models
●Pump structure that is resistant to water resldue.(impeller : stainless steel)

Matsui – MCHH

MCHH, Matsui

Water (medium) can support high temperature of 160°C
Eliminates smell, dirtiness, medium disposal as do not using oil as medium.Environment friendly mold temperature controller

1,Built-in booster pump
In order for the mold temperature controller to secure a stable inner pressure, MCHH is provided with an electric booster pump as standard equipment. It exerts stable cooling capacity when cooling down from high temperature.
2,Energy saving design
It is designed for saving energy by starting the booster pump only when the medium is controlled at a temperature higher than 85
3,Prevents scaling
Using indirect cooling method, pumps will not be damaged.
4,Enviroment friendry
Since no oil is used, this is an environment-friendly mold temperature controller that dispenses with oil draining and eliminates oil evaporation during operation
5,Painting is redundant with the improvement of surface gloss
It responds also to molding by heating and cooling. Moreover, it is best suited for molding engineering plastics that require a high molding temperature.

Matsui – MC (-5 L-H-A-X)

MC (-5 L-H-A-X), Matsui

MC provides stable temperature and high level of safety.

1.High Precision
Display temperature of precision up to 0.1degrees.
Memory function that saves 2 different temperature for easy alteration.
Heater control circuit uses SSR (non-contact relay).
Shunt-coil breaker shuts down power automatically upon excessive heating.