Catalogue Super Heater
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SH-series standard type
1) Perfect temp. control, high heat efficiency, and long time
High heat efficiency and long life are materialized by the surface temp. of the heater element is always controlled and the gas that passes is controlled temp. perfectly because the four manufacturer of thermocouples are equipped to the inside of the this machine as the sensor for outlet temp. control (A), overheat prevention sensor (B1, B2 2pcs.), and sensor for inlet temp. control (C).
2) High performance and high efficiency were materialized by the heater element of new structure
Air (Gas) that is heated is mixed evenly inside the spacer insulator by the inclusion structure of the insulation insulator was renewed. So, this is the ideal for generating the hot-air heating element that the air (gas) that was supplied contacts and passes completely to all the heater elements that were wired in the twist state.
3) Durability with latitude
Growth, slack, and jump out of the heater element by the gas capacity and pressure are prevented and this is the structure that the durability to the mechanical vibration is very high because the nichrome wire that has the excellent durability that does not oxidize at the high temp. state is used for the heater element, and the wiring method of the heater element is renewed.
4) Compactness and saving energy design Control is 100% perfect by the Multi-controller TRC201
[Super heater SH - s e ri e s ]
compact structure because the heater circuit is divided, the heater element of the optimal watt density is incorporated This becomes efficient heater circuit, and Each the heater circuit is composed in the space of the necessary minimum .
By Multi-controller TRC201 is used, the electricity can be supplied to the heater in condition without the air being supplied because the surface temp. of the heater element is controlled with the overheat prevention sensor (B1, B2, and C) inside the heater. And. the hot-start operation that the hot-air of the high temp. is discharged is possibleat the same time as the supply of air. So, the saving energy operation can be materialized by the start time is shortened.
Conventional marketing high temp. heater is,
Heater element is used to the waste in the air supply inlet side because the heater element that has the watt density that the surface load fits high temp. department is incorporated. And, temp. can not be controlled perfectly because the temp. sensor wis not incorporated to inside the heater element. And, the life of the heater element may be short remarkably.
■ Common specification I
Continuation usable max. hot-air temp. ^1 :SH41 SH71 700 C
SH51 s SH61 800C
Terminal structure : Heater terminal — M 5 Screw terminal Temp. sensor terminal — M3 Screw and 8P Connector suppliers
Hot-start hot-air temp . ^2 : Normal temp. + a - less than 500° C (Adjustable)
Resisting pressure ^3 :490kPa or 3 0kPa
Heater element : N¡8 0 % Cr2 0 % (Standard)
Ambient temp. of the installation place : —2 0 °C~+4 0 C (Indoor, Non-condensation)
When heater operation was finished : Cooling operation is not necessary
Rating : Continuation
Temp. of supp ly air : 0 °C~+7 0 C
Matching auto-temp. controller : Multi-controller TRC-series
Humidity of supply air : Humidity is less than 90% at 40° C
Please supply the air of the non-condensation at the normal - high pressure.
A-sensor (For detecting the hot-air temp. JIS [K]) : This has been incorporated to the heater element Bl-sensor (For overheat prevention JIS [K]) : This has been incorporated to the heater element B2-sensor (For overheat prevention and hot-start JIS [K]) : This has been incorporated to the heater element C-sensor (For detecting the inlet temp. JIS [K]) : This has been incorporated to the heater element
S< 1 Continuation usable max. hot-air temp. is measured in the position of the A-sensor.
S< 2 Hot-start operation is carried out by using the Blower system series and Multi-controller series.
S<3 Case of SH41 - 61, the resisting pressure is 490kPa if the supply inlet attachment is the 40A socket, and the resisting pressure is 30kPa if the supply inlet attachment is the flange FD38 and FD50.
■Usage
High temp. heating of air, argon, helium, hydrogen, and carbonic acid gas, Form of the resin, Melting and softening of metal etc., Annealing, Instantaneous drying, Part heating, Heat source of the catalyst, Baking of IC, Reaction promotion, Sterilization, Heat source of the electric oven, Combustion test of the small size airplane engine, Combustion test of the internal combustion engine, Continuation test of Ram combustor,
^Attention Gas that can heat : Gas that vapor, sulfurous acid, hydrochloric acid, nitric acid, and sulfuric acid etc. are included.
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