CARTRIDGE HEATER –WITH KNURLED CAP– –L DIMENSION / WATTAGE / FLANGE SELECTION–
CARTRIDGE HEATER SOAKING TYPE –L DIMENSION / WATTAGE / FLANGE SELECTION–
Seizure preventing agent for maintenance d P.1072/1073
Seizure preventing agent for maintenance d P.1072/1073
MRCHN (No Flange)
MRCHA (Flange shape A) • D8–12
（ 1000 ）
L
15
MKCHN (No Flange) MKCHA (Flange shape A) MKCHB (Flange shape B)
⑤ Flange
4.5
R5
Heat generator ( L － 12 )
（ 10 ）
（ 50 ） （ 30 ）
7
5
① Stainless sheath
③ Insulated tube
Caulking
Insulated powder
④ Glass ber coated leads
② Connector
Exotherm
Insulator
D
R9
④ Spring
Insulated powder
18
Exotherm
（ 22 ）
① Stainless sheath
③ Knurled cap
⑥ Insulated tube
⑤ Glass ber coated leads
1.5
HL / 3 (Tip) X (Wattage rate) 1 ： Reference value Y (Wattage rate) HL / 3 (Center) HL (Heat generator) HL / 3 (Root)
（ 10 ）
（ 70 ）
• D16
8 5
MRCHA (Flange shape A) MRCHB (Flange shape B)
（ 1000 ）
φ 5.5
R5
7
12
MKCHA (Flange shape A) • D8–12
MKCHB (Flange shape B)
（ 1000 ）
（ 18.5 ）
L
L
• D16
1.5 （ 2 ）
φ 5.5
R5
4.5
R5
R5
R6
（ 50 ） （ 30 ）
（ 10 ）
Heat generator ( L － 12 )
7
5
15
24 φ 16
① Stainless sheath ⑤ Flange
R12
（ 17 ）
M Material SUS304 ②③④ Heat resistance temperature below 180°C
（ 37 ）
MRCHB (Flange shape B)
D
R9
R9
R5
18 D
24 φ 16
R12
18
E Connector position (22) becomes two separative positions (17) and (37) for two connectors when D8.
R6
④ Spring
Insulated powder
Exotherm
Part Number
L 1mm increments
Voltage (V) Selection
Total wattage (W) 10W increments
X (Wattage ratio) 0.1 increments
Y (Wattage ratio) 0.1 increments
③ Knurled cap
⑤ Glass ber coated leads
⑥ Insulated tube
① Stainless sheath
Type
D
② Flange
R9
① Stainless sheath ② Flange ③ Cap ④ Spring
18 D
8
100–1100 100–1600 100–1800 100–2000
MKCHN (No Flange) MKCHA (Flange shape A) MKCHB (Flange shape B)
⑤ Glass fiber coated leads ⑥ Insulated tube Heat resistance temperature 180°C or lower
10 12
100–400
200 220
1.0–2.0
1.0–2.0
E Can also be used by removing the spring.
M Material SUS304
＊ 16
100–600
Part Number
L 1mm increments
Voltage (V) Selection
Wattage (W) 10W increments
Watt density (W/cm 2 )
X X + Y + 1 ÷ (D × Y X + Y + 1 ÷ (D × X + Y + 1 ÷ (D ×
HL 3 × 3.14 ÷ 100) ≦ 15 HL 3 × 3.14 ÷ 100) ≦ 15 HL 3 × 3.14 ÷ 100) ≦ 15
E Tip 2 ≦ W × E Root 2 ≦ W ×
d
E Watt Density Limit 2 ≦ Watt Density (W/cm 2 ) ≦ 15
Type
D
X MKCHB not available for D16
8
50–1100
12
E Center 2 ≦ W × 1
MRCHN (No Flange) MRCHA (Flange shape A) MRCHB (Flange shape B) MRCHN (No Flange) MRCHA (Flange shape A)
10
50–400
50–1600
14
2 ≦ W/cm 2 ≦ 15 W/cm 2 = W/{D × (L–12) × 3.14/100}
200 220
Q Characteristics • The wattage of the heater can be set in three zones. Makes the temperature distribution of the object to be heated more uniform than that of a general heater.
12
50–1800
16
＊ 16
50–600
50–2000
20
PartNumber– L – V – W – X – Y MKCHA 8 – 200 – V220 – W300 – X1.4 – Y1.6 MKCHB10 – 300 – V200 – W700 – X1.4 – Y1.6
Quotation
Delivery
Order
E Specify the wattage such that the W density (W/cm 2 ) is within the range 2 ≦ W/cm 2 ≦ 15. X MRCHB is not available for D16 ■ Characteristics • The heater can be removed by holding the roulette cap, thus preventing damage to the lead wire or heat generating part of the heater.
Part Number – L – V – W – X – Y – (JC/M4/G4) MKCHA12 – 300 – V220 – W1200 – X1.4 – Y1.6 – JC3 – M4
Alterations
Part Number – L – V – W MRCHN 8 – 150 – V200 – W 400 MRCHA12 – 300 – V220 – W1400 MRCHB10 – 200 – V200 – W 600
Delivery Quotation
• Wattage rate The overall wattage (W) of the entire heater indicates the ratio of the distribution to each part. You can specify the wattage of the tip and the root as multiples, based on a reference value 1 for the center. Outline of cartridge heater soaking type D P.1051
Alterations Codes
Spec.
Order
Change the length of the lead wire.
Part Number – L – V – W – (JC/M4/G4) MRCHN 8 – 200 – V200 – W 600 – JC2 MRCHB10 – 400 – V220 – W1300 – JC2 –M4
Designation method
Lead wire length (mm)
JC
JC （ 1000 ）
Alterations
JC2 JC3
2000 3000
Alterations Codes
Spec.
Change the length of the lead wire.
Insulated tube/silicone
M4 Fit round crimped terminal (M4) onto lead wire.
Designation method
Lead wire length (mm)
JC
JC （ 1000 ）
JC2 JC3
2000 3000
Lead wire length
Insulated tube/silicone
M4 Fit round crimped terminal (M4) onto lead wire.
Insulated tube/silicone
G4 Fit Y–type crimped terminal (M4) onto lead wire.
Lead wire length
Insulated tube/silicone
Lead wire length
G4 Fit Y–type crimped terminal (M4) onto lead wire.
1065
1066
Lead wire length
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