HIGH WATTAGE CARTRIDGE HEATER –L / W / FLANGE SELECTION TYPE–
HIGH WATTAGE CARTRIDGE HEATERS WITH LEAD WIRE BOTTOM REINFORCED TYPE –L / W / FLANGE SELECTION TYPE–
E Because the watt density is high, set the recommended hole tolerance on the plate side within + 0.03 for D dimension. E Because the watt density is high, set the heater mounting hole tolerance within heater D dimension + 0.03.
E Because the watt density is high, set the recommended hole tolerance on the plate side within + 0.03 for D dimension. E Because the watt density is high, set the heater mounting hole tolerance within heater D dimension + 0.03.
Seizure preventing agent for maintenance d P.1072/1073
Seizure preventing agent for maintenance d P.1072/1073
（ 1000 ）
＊ A protective spring is attached only when using the alteration SP.
L Exotherm (L － 14)
25
7
7
1.5
10
MNCHWN (No Flange) MNCHWA (Flange shape A) MNCHWB (Flange shape B)
MSCHWN (No Flange) MSCHWA (Flange shape A) MSCHWB (Flange shape B)
（ 1000 ） リード線長さ
Caulking
L 発熱部
5
⑤ Flange
（ 1000 ）
（ 10 ）
（ 70 ）
L Exotherm (L － 14)
25
7
12
（ L － 19 ） ① Stainless sheath Insulated powder
③ Insulated tube
Caulking
7
7
1.5
10
（ 22 ）
Exotherm Core
④ Glass ber coated leads
② Connector ※ 1
Insulator
Caulking
Exotherm
⑤ Glass fiber coated leads
③ Protection pipe
Insulated powder
④ Protection Spring
① Stainless sheath
② Flange
発熱線
①ステンレスシース
絶縁碍子 絶縁パウダー （ 22 ）
③絶縁チューブ
1.5
②接続子※ 1
④ガラス繊維被覆リード線
Heat generator ( L － 19 )
（ 70 ）
（ 10 ）
7
12
8 5
Exotherm
⑤ Glass fiber coated leads
Lead wire length ( 1000 )
③ Protection pipe
Insulated powder
L
④ Protection Spring
① Stainless sheath
② Flange
MSCHWB (Flange shape B)
MSCHWA (Flange shape A) • D8–12 （ 17 ）
MNCHWB (Flange shape B)
MNCHWA (Flange shape A) • D8–12
• D16
• D16
φ 5.5
（ 37 ）
4.5
φ 5.5
4.5
① Stainless sheath ⑤ Flange
① Stainless sheath ② Flange
MNCHWB (Flange shape B)
MNCHWA (Flange shape A) • D8–12
m Material SUS304 ②③④ Heat resistance: 180°C or lower
• D16
（ 17 ）
m Material SUS304 ②③④ Heat resistance: 180°C or lower
φ 5.5
（ 37 ）
4.5
① Stainless sheath ② Flange
※ 1 Connector position (22) becomes two separative positions (17) and (37) for two connectors when D8.
18 D
18 D
24 φ 16
m Material SUS304 ②③④ Heat resistance: 180°C or lower
18 D
18 D
24 φ 16
Part Number
Part Number
L 1mm increments
Voltage (V) Selection
Wattage (W) 10W increments
Watt density (W/cm 2 )
Watt density (W/cm 2 )
L 1mm increments
Voltage (V) Selection
Wattage (W) 10W increments
18 D
18 D D 8 10 12 16
24 φ 16
Type
Type
D
140–3000 170–3750
140–3000 170–3750
8
MNCHWN (No Flange) MNCHWA (Flange shape A) MNCHWB (Flange shape B)
MSCHWN (No Flange) MSCHWA (Flange shape A) MSCHWB (Flange shape B)
50–400
15 ≦ W/cm 2 ≦ 60 W/cm 2 = W/{D × (L–14) × 3.14/100}
10 12
50–400
15 ≦ W/cm 2 ≦ 60 W/cm 2 = W/{D × (L–19) × 3.14/100}
200 220
200 220
200–5000
200–5000
50–600 E Specify the wattage such that the W density (W/cm 2 ) is within the range 15 ≦ W/cm 2 ≦ 60. X MSCHWB is not available for D16
16 50–600 E Specify the wattage such that the W density (W/cm 2 ) is within the range 15 ≦ W/cm 2 ≦ 60. X MSCHWB is not available for D16
Q Characteristics • You can set up to 4 times the W capacity of the regular product. • When selecting 4 times the W capacity, the temperature rise time can be shortened to 1/4 by the calculated value.
Q Characteristics • You can set up to 4 times the W capacity of the regular product. • When selecting 4 times the W capacity, the temperature rise time can be shortened to 1/4 by the calculated value.
Part Number – L – V – W – (JC) MSCHWN 8 – 200 – V200 – W600 – JC2
Part Number – L – V – W – (JC/SP) MNCHWN 8 – 200 – V200 – W600 – JC2 MNCHWB10 – 400 – V220 – W1400 – JC2 –SP100
Alterations
Alterations
Alterations Codes
Spec.
Alterations Codes
Spec.
Part Number – L – V – W MSCHWN8 – 150 – V200 – W560 MSCHWA16 – 300 – V220 – W4940 MSCHWB10 – 200 – V200 – W3400
Part Number – L – V – W MNCHWN8 – 150 – V200 – W560 MNCHWA16 – 300 – V220 – W4940 MNCHWB10 – 200 – V200 – W3400
Order
Order
Change the length of the lead wire.
Change the length of the lead wire.
Designation method Lead wire length (mm) JC2 2000 JC3 3000
Designation method Lead wire length (mm) JC2 2000 JC3 3000 Attach a spring that protects the lead. Designation method Length of protective spring (mm) SP100 100 SP200 200 SP300 300
JC
JC
JC （ 1000 ）
JC （ 1000 ）
• Heating time comparison video
• Heating time comparison video
Click here for product video
Click here for product video
Delivery Quotation
Delivery Quotation
SP
SP
1063
1064
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