Page 1 Page 2 Page 3 Page 4 Page 5 金型冷却機を選定する壇合、藁
Contents
1. 0 7 sz of Pump Flow Rate Medium Clean Water Selection Target Selection Target 450L min 350L min 250L min 200L min 150L min 132L min 109L min 90Lmin 96L min 62L min 55L min 60L min MI 55L min 47L min 52L min 41L min 33L min 40L min 32L min 23L min 21Umn 18Lmin 17L min MIC L MIC H MCH 5 MCM 601SC MCHH 88 MCL H 88 MCLX HX 450 MCX 300 RA 80 MCL 5 MCM 151SC MCHH 55 MCL H 55 MCLX HX 350 MCX 200 RA 40 MCL H 25 MCLX HX 200 RA 25 Mold Temperature Controller Medium Thermal Oil Selection Target 3000 300 400L min 350L min 250L min 165L min MCAX 400 MCJ 350AA eo MCAX 250 MCJ 250AA MCAX 140 MCJ 165AA Clamp Force 250L min 140L min 58L min 47L min 41L min 40L min 32L min 23L min 18L min MCAX 50 MCA 88 kN MCAX 20 MCA 55 MCA 25 Mold Temperature Controller2. Operation Status Alarm Reverse Phase Overwork of Pump Sensor Failure Medium Low Upper and Lower Limit Temperatures Pressure Reduction Overmeat Prevention Fixed Type Thermostat Water Level Detector Floatless Switch Pressure Switch 0 58 Setting Pressure pe 4 Water Supply Port 3 8B 1 3 88 1Hose Nipple Strainer Mater Drain Port 3 8B 1 3 8B 1Hose Nipple Medium Feed Port Rc PT 3 8 2 Rc PT 3 8B _2Ball Valve Rc PT 3 8 4 Rc PT 3 8B _4Ball Valve Medium Retum Port Rc PT 3 8 2 Rc PT 3 8B 2Ba Valve Rc PT 3 8 4 Rc PT 3 8B 4Ba Valve Outer Dimension mm W 350 x D 680 x H 690 Product Weight 100 About 100 1 MCHH 88 50H 60Hz CHH 55 50Hz 60Hz 2 3
3. kanaon Cascade Pump Mechanical Seal Medium Water oO Temperature Range Summary 160 Mold temperature controller that supports 160 C temperatures by using water Since no oll is used as a medium it is ee from odors contamination and effluent and does not pollute the environment 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 85C
4. a 0 0 0 MCJ 165AA 60 200 250AA MCAX 350AA 60 0 50 MCAX 140 60 60 160 20 250 MCHH MCA 400 55 25 MCM 88 55 0 60 1307 601SC 88 MCHX MCHX RDID 200 200PDD MCH MCH 350 350PDD 95 5 55PDD 450 450PDD MCL 25 88PDD MCHX 0 90 90 25 55 200P MCX MIC H MCL 5 55 88 350P 0 MIC L 88 MCM 450P MCLX 151SC 200 350 0 450 MCC5 i 08 10 0 MCC5 15 i i 3 Lo mm eatre12 05 10C 0 08 MCCA3 80 0C Temperature 10 D 0 0 AA 15 200 AiCooing Type 20 300 30 Air Cooling Type 100 C MCH MCHX MCH MCHX PDD
5. guideline Teflon hoses S recommended for longer operation SS A 8 The replacement guideline in this catalog is based on 24 hrs operation Ce CE 2 4 2 7o prevent accidents the hose should De connected propeny 3m 3 8 2 Please read the hose operation manual carefully 03 1 4 3 3 Mhen the hose is not connected propeny the replacement interval may shorter than listed in guidelines For details please contact Matsui Mfg 0 5m 1 4 List of Plastics Material Material Temp U DU Genelral Plastics C U U VF Engineering Plastics POM PP
6. pH 6 8 50 200 S cm 4 5 7 The MCHH 88 S a model exclusive for 50Hz 60Hz It cannot be used in regions where the frequency S different from 50Hz 60Hz The MCHH 55 is a model common for both 50Hz and 60Hz 2 The capacity up of the heater is optional 3 Water quality Water quality standard level of supply water on the Japan Refrigeration and Air Conditioning Industry Association PH The water which pH 6 8 conductivity 50 200 u s cm calcium silica chlorine and iron aren t much contained in 4 Piping is of standard type It may differ depending on customer convenience 5 Pipes are not included in outer dimensions PD options TBL ELTB Ear Reakage Breaker Replaced with basic model s open circuit voltage breaker Prevents earth leakage accidents 70db Alarm Buzzer An electronic buzzer
7. SV SV1 SV2 Switch External Control Input Manual Operation at SW panel NO input Prevents temperature drop when opening mold Accelerate mold Accelerate molding start up time Operation Signal RS The operation signal is sent to the relay contact 4 M4 MCHH 55 SUS Manifold Options 4Way The MCHH 55 manifold is of heat resistant specification Ball valve material SUS 6 6 MCHH 88 SUS Manifold Options 6Way The MCHH 88 manifold is of heat resistant specification Ball valve material SUS Heater Up HU MCHH 88 12 14kW MCHH 55 8 12kW 1 Notes 7 Equipped with male and female connectors Option 2 1 2 Coose either External Sensor Mold or External Sensor Medium Option 3 3 2 xL150mm 5m 3 Temperature sensor 3 2 x L150mm cable 5m
8. ltis designed for saving energy by starting the booster pump only when the medium is controlled at a temperature higher than 85 C Prevents Scaling Using indirect cooling method pumps will not be damaged Using indirect cooling pumps will not be damaged by scale 4 Enviroment Friendry Since no oil is used this is an environment friendly mold temperature controller that dispenses with oj draining and eliminates ol evaporation during operation 5 Painting is redundant with the improvement of surface gloss 7 responds also to molding by heating and cooling Moreover it is best suited for molding engineering plastics that require a high molding temperature MCHH 55 8kW 12kW The heater of MCHH55 is 8kW 12kW Option MCHH 88 12kKW 14kW
9. Pressure Gauge Pressure Control Valve 3 8B Water Supply Port 3 8B Water Drain Port 3 8BX4 3 8Bx4 Medium Return Port Medium Feed Port 680 225 eR 7 Cooling Solenoid Valve Water Drain Solenoid Valve Water Drain Port XX Thermostat forOverheat Prevention Heat Exchanger EN Pressure Switch Waterrevel Gauge Medium Return Valve Electric Rod Pressure Control Valve X Strainer g 2 Strainer Pressure Gauge 8 Water Supply Port Non Return a Pressure Gauge Booster Pump Pump Control Sensor Medium Feed Valve Standard Specifications power suppy 200 200 220V 50 60Hz 1 Apparent Power KVA 11 5 15 5 2 16 2 18 2 Breaker A OO 90 GO232 Water Supply Pressure 0 25 0 35 Flow Rate L min 15 Medium 3 Clean Water Soft Water Operational Temperature Ra
10. Hose Option Medium amp Water amp Oi Teflon Hose Set Max Operating Temperature 200 C 200 c Se Max Pressure 2 0 3mx4 2 eg Qty 0 5mx 2 Quantity of 2 Direction Set Replace Interval 6500 I ON MA SUS SUS Blade CHH 88 poecon wiGuard Spring x2 A to Prevent Hose Cracking 8 NI Connecting Nipple NO Hose Connection Diameter 2861 3 8B 1 8B SS Straight 7 1 8 Options 2862 3 8B 1 4B BSBM Straight G3 8 1 4 4ccessoy 5 3 8B 3 8B BSBM Straight G3 8 3 8 Accessory L 1 1 Please replace the hose periodically according to the replacement RG
11. The heaterofMCHH88 S 12kW 14kW Option gt 980 MCHH series a 4 Operating Status EE EN CT MONITOR ONOFF 4 Alarm PV SV SFT DWN UP ENT Sk OO A Before Maintenance Ensures higher accuracy in temperature control and high level of safety during operation Reminders for periodical maintenance and other maintenance items can be easily set MR 980 Temp Display Setting Digital Display Setting PID Temp Controller Heating amp Cooling PID Control SV1 SV2 Memory SV7 SV2 0 99 59 ON Timer 0 99hrs 59min Turns ON After Setting LCD LCD Message Display Operation Status Alarm Periodical Maintenance Pump Performance Curve NC L NINJA NE 0 10 20 30 40 50 60 70 Flow Rate L min Outer Dimension mm M C H H 8 8 Unit mm
12. to alarm with 70db sound NO External Control Startup Shutdown NO input For synchronous operation remote control of molding machine NO Alarm Output NO output Reduces defects by early detection of troubles Alarm Indication Lamp L Signals the alarm with a rotating lamp 3 KS 5m K 3 2 x 150L 3 2 x 1 4B External Sensor Mold Cable 5m Se7sor K 3 2 150L Ring Joint 3 2 1 4B Controlusing mold temperature K External Sensor Medium Return Sensor K Checks returning temperature for stable molding PS 380 400 415V50Hz 380 400 415V Compatible with 50Hz Voltage Options 400 440 460V 60Hz 400 440 460V Compatible with 60Hz Custom Color Specify JPMA color or advise with color sample attached SV1 SV2
13. S PES PEEK PPO Listof Compatible Temperature Mold Temp 7 aeceo wco es 8 12eceo wc 1 2 0 Easy Selection Mold Temp Controller Specific Heat Latent Heat 38 58 43 57 31 39 MCH MCHX MCHH MCA MCAX MCH MCHX MCHH MCA MCAX MCHH MCA MCAX MCH MCHX MCHH 0 0 3 4 3 28 39 Please contact nearest MATSUI Sg es Office for custom made product MCH MCHX MCM
14. Temperature Controller i 1 N N N 6566 i
15. nge 20 lt 160 C_ Water Supply Temperature Pump Motor Magnet Pump 50 60H kW 1 0 1 1 1 5 1 5 Maximum Fow Rate L min 33 47 62 55 Motor Mechanical Seal Pump Pressur Pump 50 6OH kW 03 Heater capacy kW 02 124 Material SUS304 NY Capacity L 2 4 cooling Method noirect Cooling remp Controller PID Heating amp Cooling PID Control ES mput K KType Thermocouple Temp Display Setting AT Digital Display Setting Equipped with AT Function PE Limiters of medium supply temperature are set for each model Heater Control Delay Safety function that prevents heating when there is no material SV1 SV2 Temperature Control Display SV1 SV2 Indication Operation Displ 0 CE Heating Output Display Cooling output Display Liquid Crystal Panel
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