CARTRIDGE HEATER L TYPE –L DIMENSION / WATTAGE / FLANGE SELECTION–
CARTRIDGE HEATER SENSOR INTEGRATED TYPE –L DIMENSION / WATTAGE / FLANGE SELECTION–
Seizure preventing agent for maintenance d P.1072/1073
Seizure preventing agent for maintenance d P.1072/1073
MLCHA (Flange shape A) • D8–12
φ 5.5
4.5
• D16
（ 1000 ） （ 1000 ）
（ 20 ） （ 20 ）
L Heat generator L Heat generator
（ 920 ） （ 920 ）
MTSJCHN (No Flange) MTSJCHA (Flange shape A) MTSJCHB (Flange shape B)
（ 80 ） （ 80 ）
10 10
5 5
（ 10 ） （ 10 ）
（ 2 ） （ 2 ）
D 18
（ 20 ） （ 20 ）
24 φ 16
1.5 1.5
⑥ Protection cover ⑥ Protection cover
Caulking Caulking
MLCHN (No Flange) MLCHA (Flange shape A) MLCHB (Flange shape B) MLCHC (Flange shape C)
MLCHB (Flange shape B)
MLCHC (Flange shape C)
⑦ Compensating lead White （－） Red （＋） ⑦ Compensating lead White （－） Red （＋）
L
Heat generator ( L － 12 )
⑤ Flange ⑤ Flange
7 7
Sensor position: tip KP Sensor position: tip KP Sensor position: center KC Sensor position: center KC
7
5
（ 2 （） A ）
③ Flange
1.5
② Flexible tubes ② Flexible tubes
D 18
① Stainless sheath ① Stainless sheath
2 L （ ） 2 L （ ）
Heat contraction tubes ② L–shaped pipe (For φ 16)
④ Glass ber coated lead ④ Glass ber coated lead
D ＋ 6 D
Caulking
③ Heat contraction tube ③ Heat contraction tube
MTSJCHA (Flange shape A) MTSJCHA (Flange shape A)
MTSJCHB (Flange shape B) MTSJCHB (Flange shape B) • D8–12
■ Installation example for MLCHC (Flange shape C) Washer
• D6
• D8–12
4.5 4.5
φ 3.5 φ 3.5
Mold
Insulated powder
Exotherm
Bolt
L–shaped pipe ( φ 8, φ 10, φ 12) ※ R shape differs between φ 8, 10, 12 and φ 16.
① Stainless sheath
① Stainless sheath ② Flexible Tube ⑤ Flange ⑥ Protection cover
④ Glass fiber coated lead wire
Heat resistance: 180°C
D ＝ φ 6 D ＝ φ 6
Glass ber coated leads
D 18 D 18
14 14
18 D 18 D
Heater
① Stainless sheath ② L–shaped pipe ③ Flange
M Material SUS304
① : Install flange in between washer and bolt. ② : Available to freely decide and set the bolt position.
Sensor position (K type) selection
Part Number
L 1mm increments
Wattage (W) 10W increments
M Material SUS304 Lead wire heat resistant temperature 180°C
Watt density (W/cm 2 )
Voltage (V) Selection
Type
D
＊ 6
50–200
50– 510 50–1100 50–1600
MTSJCHN (No Flange) MTSJCHA (Flange shape A) MTSJCHB (Flange shape B)
L 1mm increments
Part Number
Voltage (V) Selection
Wattage (W) 10W increments
Watt density (W/cm 2 )
200 220
KP : Tip KC : Center
8
A B
2 ≦ W/cm 2 ≦ 15 W/cm 2 = W/{D × (L–15) × 3.14/100}
Type
D
10 12
50–400
8
50–1100 50–1600
MLCHN (No Flange) MLCHA (Flange shape A) MLCHB (Flange shape B) MLCHC (Flange shape C)
50–1800 E Specify the wattage such that the W density (W/cm 2 ) is within the range of 2 ≦ W/cm 2 ≦ 15. E Flange shape B cannot be selected for D6 ■ Characteristics • A cartridge heater and a temperature sensor (K type) are integrated in these products. • Ideally suited for limited space because there is no need to install a heater and a temperature sensor separately. • In addition, the sensor controls the temperature of the heater itself thereby preventing shorts and ignition due to abnormal heating.
12
10 12
50–400
2 ≦ W/cm 2 ≦ 15 W/cm 2 = W/{D × (L–12) × 3.14/100}
22
200 220
14
50–1800
24 50–600 E Specify the wattage such that the W density (W/cm 2 ) is within the range 2 ≦ W/cm 2 ≦ 15. X MLCHB is not available for D16 18.5 ＊ 16
Part Number – L – V – W MLCHN 8 – 150 – V200 – W 400 MLCHA12 – 300 – V220 – W1400 MLCHB10 – 200 – V200 – W 600
Part Number – L – V – W – (JC/M4/G4) MLCHN 8 – 200 – V200 – W 600 – JC2 MLCHB10 – 400 – V220 – W1300 – JC2 –M4
Part Number – L – V – W – Sensor position MTSJCHA10 – 200 – V200 – W600 – KP
Order
Alterations
Order
Alterations
Codes
Spec.
Part Number – L – V – W – Sensor position – (JC/HC/M4/G4) MTSJCHA10–200–V200–W600– KP – JC2 – M4
Quotation
Change the length of the lead wire.
Delivery
Alterations
Quotation
Delivery
Designation method
Lead wire length (mm)
JC
1000
JC2 JC3
2000 3000
Alterations
Codes
Spec.
JC
Change the length of the lead wire for a heater.
Designation method
Lead wire length (mm)
JC
JC （ 1000 ）
Insulated tube/silicone
JC2 JC3
2000 3000
M4 Fit round crimped terminal (M4) onto lead wire.
Lead wire length
Change the length of the compensating lead wire for a temperature sensor.
HC
Designation method Compensating lead wire length (mm) HC2 2000 HC3 3000
HC （ 1000 ）
Insulated tube/silicone
G4 Fit Y–type crimped terminal (M4) onto lead wire.
Lead wire length
Insulated tube/silicone
Fit the round crimped terminal (M4) onto lead wire.
M4
Lead wire length
Insulated tube/silicone
G4
Fit Y–type crimped terminal (M4) onto lead wire.
1069
1070
Lead wire length
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