CARTRIDGE HEATER –L DIMENSION / WATTAGE / FLANGE SELECTION TYPE / LEAD PROTECTION COVER–
CARTRIDGE HEATERS WITH LEAD WIRE BOTTOM REINFORCED TYPE –L DIMENSION, WATTAGE, FLANGE SELECTION–
Seizure preventing agent for maintenance d P.1072/1073
Seizure preventing agent for maintenance d P.1072/1073
※ When alteration SP is used
MNCHN (No Flange) MNCHA (Flange shape A) MNCHB (Flange shape B)
④ Flange
MJCHN (No Flange) MJCHA (Flange shape A) MJCHB (Flange shape B)
② Flange
① Stainless sheath
With caulking or (points 3)
With caulking or (points 3) Caulking Protection pipe
Insulated powder
Exotherm
② Protection cover ③ Flexible tubes
Heat contraction tubes
Glass ber coated leads
① Stainless sheath
Glass ber coated leads
Insulated powder
Core
Exotherm
（ 10 ）
（ 20 ）
1.5 5
Heat generator ( L － 12 )
（ 80 ）
（ 920 ）
7
1.5
（ 20 ）
Lead wire length ( 1000 )
L
Heat generator ( L － 14 )
10
7
15
7
MJCHA (Flange shape A) • D8—12
MJCHB (Flange shape B)
（ 1000 ）
L
19
• D16
① Stainless sheath ② Protection cover ③ Flexible tubes ④ Flange
φ 5.5
R5
4.5
R5
R5
MNCHA (Flange shape A) • D8—12
MNCHB (Flange shape B)
R6
• D16
φ 5.5
R5
R5
4.5
R5
① Stainless sheath ② Flange
R6
M Material SUS304 Lead wire heat resistant temperature 180°C
M Material SUS304 Lead wire heat resistant temperature 180°C
D
R9
R9
18 D
24 φ 16
R12
18
E Installation method of flange is caulking or welding (3 points).
D
R9
R9
18 D
24 φ 16
R12
18
Watt density (W/cm 2 )
Part Number
L 1mm increments
Voltage (V) Selection
Wattage (W) 10W increments
E Installation method of flange is caulking or welding (3 points).
Type
D
Watt density (W/cm 2 )
Part Number
L 1mm increments
Voltage (V) Selection
Wattage (W) 10W increments
8
50—1100
Type
MJCHN (No Flange) MJCHA (Flange shape A) MJCHB (Flange shape B)
D
10
50—1600
50—400
50—1100
8
2 ≦ W/cm 2 ≦ 15 W/cm2 = W/{D × (L–12) × 3.14/100}
200 220
MNCHN (No Flange) MNCHA (Flange shape A) MNCHB (Flange shape B)
12
50—1800
50—1600
10
50—400
2 ≦ W/cm 2 ≦ 15 W/cm 2 = W/{D × (L–14) × 3.14/100}
200 220
MJCHN (No Flange) MJCHA (Flange shape A)
＊ 16
50—600
50—2000
50—1800
12
E Specify the wattage such that the W density (W/cm 2 ) is within the range 2 ≦ W/cm 2 ≦ 15. X MJCHB is not available for D16
MNCHN (No Flange) MNCHA (Flange shape A)
＊ 16
50—2000
50—600
E Specify the wattage such that the W density (W/cm 2 ) is within the range 2 ≦ W/cm 2 ≦ 15. X MNCHB is not available for D16 ■ Characteristics • Can prevent disconnection by reinforcing the bottom part of lead wire. • Can save storage space because length from flange to the lead wire bottom is short. • By designating alteration SP and protecting lead with spring, the bending force applied on the lead is relieved and breakage does not occur easily.
Part Number – L – V – W MJCHN 8 – 150 – V200 – W 400 MJCHA12 – 300 – V220 – W1400 MJCHB10 – 200 – V200 – W 600
Quotation
Order
Delivery
Part Number – L – V – W – (JC/M4/G4) MJCHN8 – 200 – V200 – W 600 – JC2 MJCHB10 – 400 – V220 – W1400 – JC2 –M4
Alterations
Part Number – L – V – W MNCHN 8 – 150 – V200 – W 400 MNCHA12 – 300 – V220 – W1400 MNCHB10 – 200 – V200 – W 600
Part Number – L – V – W – (JC/M4/G4/SP) MNCHN 8 – 200 – V200 – W 600 – JC2 MNCHB10 – 400 – V220 – W1400 – JC2 –M4
Order
Alterations
Alterations
Codes
Spec.
Alterations
Codes
Spec.
Change the length of the lead wire.
Change the length of the lead wire.
Quotation
Designation method Lead wire length (mm) JC2 2000 JC3 3000
JC （ 1000 ）
Delivery
JC
Designation method
Lead wire length (mm)
JC
JC （ 1000 ）
JC2 JC3
2000 3000
Insulated tube/silicone
Insulated tube/silicone
Fit round crimped terminal (M4) onto lead wire.
M4
Fit round crimped terminal (M4) onto lead wire.
M4
Lead wire length
Lead wire length
Insulated tube/silicone
Insulated tube/silicone
Fit Y–type crimped terminal (M4) onto lead wire.
Fit Y–type crimped terminal (M4) onto lead wire.
G4
G4
Lead wire length
Lead wire length
Attach a spring that protects the lead. Designation method Length of protective spring (mm) SP100 100 SP200 200 SP300 300
SP
SP
1061
1062
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