Cartridge Heaters Internal Wiring Type
Brand :
MISUMI
Caution
Product Description
Cartridge Heaters Internal Wiring Type
These cartridge heaters are used in various industrial applications to provide localized heat to the equipment. They provide a wide range of sizes to choose from
[Feature]
- Maximum Operating Temperature (°C) : 600
- Diameter (mm.) : 8, 10 and 12
- Length (mm.) : 60, 80, 100 and 150
- Voltage(V) : 220
- Material:
Heater - SUS321
[Application]
These cartridge heaters are often used in industrial processes such as plastic molding, packaging and sealing.
■ Difference between MISUMI Economy series and generic Cartridge Heaters products in the market
* Test method complies with GB/T7287-2008
* Generic Cartridge Heaters products in the market are similar products randomly purchased by our company from online or offline markets
* The test data are obtained through testing by our company, which are for reference only
D Tolerance * The tolerance is the value of the heating part
Maximum operating temperature: 600℃
Lead wire heat-resistant temperature: 260℃
・Material table
Material
Body: SUS321
Lead wire: Nickel (Ni)
Lead wire coating: PTFE
Economy Wiring Type Cartridge Heater
Precise TemperatureDurable ConstructionMultiple Wattage
- Exceptional Versatility: Available in various diameters and lengths to suit a wide range of heating requirements.
- Precise Temperature Control: Achieve accurate and consistent heating with a specified maximum operating temperature.
- Multiple Wattage Options: Select from a range of power outputs.
- Durable SUS321 Construction: Built to last, the heater body resists corrosion and provides long service life.
- Simplified Installation: Designed for easy placement into pre-drilled holes, reducing downtime during assembly.
MISUMI Standard
Cheaper Price
Product Variety
3D CAD Support
Cartridge Heaters Product Overview
Overview
The Cartridge Heaters is a durable and highly versatile product. It is widely used in heavy-industry applications such as plastics and packaging, emergency care medical equipment and analytical test instruments in aircrafts, train compartments and trucks, etc.
It can serve as a thermally conductive source for heating solid metal plates, modules and molds, and a convective heat source for various liquids and gases.
The Cartridge Heaters is a durable and highly versatile product. It is widely used in heavy-industry applications such as plastics and packaging, emergency care medical equipment and analytical test instruments in aircrafts, train compartments and trucks, etc.
It can serve as a thermally conductive source for heating solid metal plates, modules and molds, and a convective heat source for various liquids and gases.
Cartridge Heaters Product Feature
■ Difference between MISUMI Economy series and generic Cartridge Heaters products in the market
| Cartridge Heaters Products circulating on the market * | MISUMI economy series | |
| Service life test equivalent to 4,000 H* |  |  |
| Result | Cannot be used due to short circuit or breakage | Can be used normally |
* Generic Cartridge Heaters products in the market are similar products randomly purchased by our company from online or offline markets
* The test data are obtained through testing by our company, which are for reference only
Cartridge Heaters Dimensional Drawing
D Tolerance * The tolerance is the value of the heating part
| D(mm) | Tolerance (mm) |
| 8~12 | -0.03 -0.06 |
Maximum operating temperature: 600℃Lead wire heat-resistant temperature: 260℃・Material table
MaterialBody: SUS321
Lead wire: Nickel (Ni)
Lead wire coating: PTFE
Example of Cartridge Heaters Use
Some examples of the Cartridge Heaters application mechanism
For more examples of Cartridge Heaters product use, please refer to
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 |  |  |
| Move parts related to mechanism sliding support, temperature adjusting and heating with racks, gears and other workpieces. | Check 3 types of parts related to the sliding support, temperature adjusting and heating in the same position. | Belt tension device (with the spring) |
 |  |  |
| Cartridge Heaters Parts related to the sliding support, nut, profile, temperature adjusting and heating | Slide up and down through clamping & welding parts of the cam bearing mechanism | No need to worry about handling of inductor wiring even for reversely rotating objects |
For more examples of Cartridge Heaters product use, please refer to
//th.misumi-ec.com/en/asia/incadlibrary/keyword.html?keyword=%E7%AD%92%E5%BC%8F%E5%8A%A0%E7%83%AD%E5%99%A8¤tPage=1.
Cartridge Heaters Precautions
Cartridge Heaters Precautions for use
① Do not let the heater dry burn in the atmosphere. Otherwise, even if only heating part of the Cartridge Heaters is exposed outside the object heated, the wire may break and cause a fire due to abnormal heating.
② Do not let the lead wire and insulator of the heater come into contact with water. Otherwise, it may cause electric leakage or short circuit.
③ The oil and grease used for processing holes in the heated part should be removed. Otherwise, abnormal heat may be generated due to carbonization.
④ An abnormally short ON-OFF cycle may have an adverse effect on the service life of the heater. It is recommended to use a controller controlled by PID.
⑤ Do not bend the nickel stranded wire and the lead wire repeatedly or pull them. (Forced pulling may cause wire breakage.)
⑥ Do not use a power supply with the voltage exceeding the rated voltage (V).
⑦ When removing the heater from the object heated, make sure to turn off the power first. Do not touch the heater immediately after turning off the power.
⑧ The temperature around the lead wire outlet shall be kept below 130℃.
⑨ When the flanged heater is used, the temperature around the flange shall be kept below 180°C.
⑩ Do not use it in the vacuum.
⑪ When heating, the heater will expand and may cause the heat-generating part to protrude from the mounting hole. It is recommended to fix the heater with screws.
⑫ Choose a voltage that is suitable for the operating environment. If you use a voltage that exceeds the rated value, the heater may be damaged.
* Other precautions for each type of Cartridge Heaters are recorded on each product page. Please make sure to follow the above precautions and operate the heater properly.
① Do not let the heater dry burn in the atmosphere. Otherwise, even if only heating part of the Cartridge Heaters is exposed outside the object heated, the wire may break and cause a fire due to abnormal heating.
② Do not let the lead wire and insulator of the heater come into contact with water. Otherwise, it may cause electric leakage or short circuit.
③ The oil and grease used for processing holes in the heated part should be removed. Otherwise, abnormal heat may be generated due to carbonization.
④ An abnormally short ON-OFF cycle may have an adverse effect on the service life of the heater. It is recommended to use a controller controlled by PID.
⑤ Do not bend the nickel stranded wire and the lead wire repeatedly or pull them. (Forced pulling may cause wire breakage.)
⑥ Do not use a power supply with the voltage exceeding the rated voltage (V).
⑦ When removing the heater from the object heated, make sure to turn off the power first. Do not touch the heater immediately after turning off the power.
⑧ The temperature around the lead wire outlet shall be kept below 130℃.
⑨ When the flanged heater is used, the temperature around the flange shall be kept below 180°C.
⑩ Do not use it in the vacuum.
⑪ When heating, the heater will expand and may cause the heat-generating part to protrude from the mounting hole. It is recommended to fix the heater with screws.
⑫ Choose a voltage that is suitable for the operating environment. If you use a voltage that exceeds the rated value, the heater may be damaged.
* Other precautions for each type of Cartridge Heaters are recorded on each product page. Please make sure to follow the above precautions and operate the heater properly.
Cartridge Heaters Specifications Overview
Cartridge Heaters Selection
① Determine the required heater heat (W).
It can be calculated with the following formula according to the mass, specific heat, rising temperature, and the heating time required to reach the set temperature of the object heated.
The efficiency varies with the heat preservation, thermal insulation, and settings of the heater, so it is difficult to calculate it correctly. Generally, the value of about 0.2 to 0.5 is preferred.
② Determine the number of heaters and the heat of each heater (W).
The number of heaters is subject to the size of the object heated, and the total heat (W) is the heat required by the object heated.
Example) Use 2 heaters of 550 (W) (1,100 W in total).
● Selection of the cartridge heater (P.2789 MCHK type)
④ Determine whether the product satisfying the diameter (D), length (L), voltage (V), and heat (W) of the heater as required is available in the L Dimension・W (Power) Fixed Type (P.2789) and High Temperature Type (P.2790).
Note: For the power (W) of the L Dimension ・W (Power) Fixed Type, please select a Cartridge Heaters product with the power (W) larger than the required heat (W).
● Measurement data of the temperature rise time by power
① Determine the required heater heat (W).
It can be calculated with the following formula according to the mass, specific heat, rising temperature, and the heating time required to reach the set temperature of the object heated.
The efficiency varies with the heat preservation, thermal insulation, and settings of the heater, so it is difficult to calculate it correctly. Generally, the value of about 0.2 to 0.5 is preferred.
② Determine the number of heaters and the heat of each heater (W).
The number of heaters is subject to the size of the object heated, and the total heat (W) is the heat required by the object heated.
Example) Use 2 heaters of 550 (W) (1,100 W in total).
● Selection of the cartridge heater (P.2789 MCHK type)
| ① Determine the diameter and length of the heater | ② Determine the voltage (V) to be used | ③ Determine the heat (W) required for the object heated |
 |  |  |
Note: For the power (W) of the L Dimension ・W (Power) Fixed Type, please select a Cartridge Heaters product with the power (W) larger than the required heat (W).
● Measurement data of the temperature rise time by power
Cartridge Heaters Related Products
Overview of heaters and parts related to temperature adjusting
■Cartridge Heaters Overview
・The common specifications of MISUMI heaters have been standardized, which can satisfy the users’ needs of shortening the delivery time.
・ The temperature sensor and temperature controller, etc. required to control the heater can also be selected from the catalog.
■Basic structure (example)
・As shown in the figure below, the heater shall be used in combination with the temperature sensor and temperature controller.
・ Temperature adjusting procedure
■ Example of Cartridge Heaters use
① The temperature detected by the temperature sensor is regarded as the current value (PV) of the temperature controller.
② As shown in the above basic structure (an example), when the set temperature (SV) of the temperature controller is 80°C and the current value (PV) is 20°C, the temperature controller will apply a voltage (ON) to enable heating-up of the heater.
③ If the voltage (ON) is maintained all the time, the temperature will exceed the set value (SV) of 80°C. Therefore, when the temperature rises to around the set value (SV) 80°C, the temperature controller will stop applying the voltage (OFF).
When the current value of the temperature (PV) is
■Cartridge Heaters Overview
・The common specifications of MISUMI heaters have been standardized, which can satisfy the users’ needs of shortening the delivery time.
・ The temperature sensor and temperature controller, etc. required to control the heater can also be selected from the catalog.
■Basic structure (example)
・As shown in the figure below, the heater shall be used in combination with the temperature sensor and temperature controller.
・ Temperature adjusting procedure
■ Example of Cartridge Heaters use
① The temperature detected by the temperature sensor is regarded as the current value (PV) of the temperature controller.
② As shown in the above basic structure (an example), when the set temperature (SV) of the temperature controller is 80°C and the current value (PV) is 20°C, the temperature controller will apply a voltage (ON) to enable heating-up of the heater.
③ If the voltage (ON) is maintained all the time, the temperature will exceed the set value (SV) of 80°C. Therefore, when the temperature rises to around the set value (SV) 80°C, the temperature controller will stop applying the voltage (OFF).
When the current value of the temperature (PV) is
Cartridge Heaters Usage Method
Cartridge Heaters Mounting Method
● Please minimize the mounting hole gap of the heated metal block as much as possible.
When the metal block mounting hole is machined, it is recommended to keep the gap below 0.05 on one side.
* The size of gap between the heater and object heated will affect the service life of the heater. When a large gap will extend, a drilling hole can be used, but it is recommended that all heaters use reamed mounting holes. The temperature rise time may cause the response speed of the temperature controller to slow down. The temperature of the object heated is controlled below 300°C.
* The service life of the heater may change greatly due to the environment. The improper operating temperature and temperature adjusting method may cause wire breakage in a short period of time. Therefore, it is recommended to prepare the backup cartridge heater.
● Please minimize the mounting hole gap of the heated metal block as much as possible.
When the metal block mounting hole is machined, it is recommended to keep the gap below 0.05 on one side.
* The size of gap between the heater and object heated will affect the service life of the heater. When a large gap will extend, a drilling hole can be used, but it is recommended that all heaters use reamed mounting holes. The temperature rise time may cause the response speed of the temperature controller to slow down. The temperature of the object heated is controlled below 300°C.
* The service life of the heater may change greatly due to the environment. The improper operating temperature and temperature adjusting method may cause wire breakage in a short period of time. Therefore, it is recommended to prepare the backup cartridge heater.
Specification Table
| Part Number | Diameter (D) mm | Length (L) mm | Rated Capacity W | Rated Voltage V | Power Density W/cm² |
| Internal Wiring Type | 8 | 60 | 100 | 220 | 6.6 |
| 60 | 120 | 220 | 8 | ||
| 80 | 150 | 220 | 7.5 | ||
| 100 | 200 | 220 | 8 | ||
| 150 | 300 | 220 | 8 | ||
| 150 | 350 | 220 | 9.3 | ||
| 10 | 60 | 120 | 220 | 6.4 | |
| 60 | 150 | 220 | 8 | ||
| 80 | 150 | 220 | 6 | ||
| 80 | 180 | 220 | 7.2 | ||
| 100 | 200 | 220 | 6.4 | ||
| 100 | 250 | 220 | 8 | ||
| 150 | 300 | 220 | 6.4 | ||
| 150 | 450 | 220 | 9.6 | ||
| 12 | 60 | 100 | 220 | 4.4 | |
| 60 | 150 | 220 | 6.6 | ||
| 80 | 250 | 220 | 8.3 | ||
| 100 | 300 | 220 | 8 | ||
| 150 | 300 | 220 | 5.3 | ||
| 150 | 500 | 220 | 8.8 |