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Robust design withstanding the high temperature as high as 900 degrees C Sheath length and the electric power are configurable.
Part Number
Configured Part Number is shown.
Part Number | - | L | - | V | - | W | - | F | - | Terminal |
MCHLHB8 | - | 150 | - | V200 | - | W250 | - | F500 | - | M |
Part Number | L 1mm Increment | V (Voltage) | W (Electric Power) 10W Increment | F (Lead Wire Length) 10mm Increment | Terminal | Electrical Power Density (W/cm2) | |
Type | D | ||||||
MCHLH MCHLHB MCHLHC | 8 | 50~200 | 100 110 200 220 | 50~500 | 300~1000 | N M Y | 2≤W/cm2≤10 [ ! ]W/cm2=W/{Dπ(L-15.5)/100} (Calculate with the electrical power density of heat-generating part, not with the overall length.) |
10 | 100 110 200 220 | 50~600 | |||||
12 | 50~300 | 100 110 | 50~900 | ||||
200 220 | 50~1100 |
Symbol | Type of Terminal | Nominal Screw |
N | No Crimp Terminal | - |
M | Crimp Terminal - Round | M4 |
Y | Crimp Terminal - Y-Shaped | M4 |
D | Shape C |
D1 | |
8 | 14 |
10 | 16 |
12 | 18 |
CAD Data download and 3D preview are not available because the part number has not yet been determined.
Part Number |
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MCHLH8-[50-200/1]-V[100,110,200,220]-W[50-500/10]-F[300-1000/10]-[M,N,Y] |
MCHLH10-[50-200/1]-V[100,110,200,220]-W[50-600/10]-F[300-1000/10]-[M,N,Y] |
MCHLH12-[50-300/1]-V[100,110,200,220]-W[50-1100/10]-F[300-1000/10]-[M,N,Y] |
MCHLHB8-[50-200/1]-V[100,110,200,220]-W[50-500/10]-F[300-1000/10]-[M,N,Y] |
MCHLHB10-[50-200/1]-V[100,110,200,220]-W[50-600/10]-F[300-1000/10]-[M,N,Y] |
MCHLHB12-[50-300/1]-V[100,110,200,220]-W[50-1100/10]-F[300-1000/10]-[M,N,Y] |
MCHLHC8-[50-200/1]-V[100,110,200,220]-W[50-500/10]-F[300-1000/10]-[M,N,Y] |
MCHLHC10-[50-200/1]-V[100,110,200,220]-W[50-600/10]-F[300-1000/10]-[M,N,Y] |
MCHLHC12-[50-300/1]-V[100,110,200,220]-W[50-1100/10]-F[300-1000/10]-[M,N,Y] |
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Category | Heaters | Maximum Operating Temperature(°C) | 900 |
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