Description
Small Microheater. S12-200-1500 Temperature typical 1500°C (2732°F). 200W.
Low Amps, High Temperature. Materials GAXP-IgMp. 1350°C-1500°C. Hot Zone 0.5″
S12 Microheater 1500°C
Rapidly heat – very high rate, 20-600C per second. And about 10 seconds to glow temperature. The maximum temperature range is 1350°C-1500°C.
Temperature: Maximum continuous Low Amps, High Temperature. Materials GAXP-IgMp. 1350°C-1500°C. Continuous temperature not to exceed 1500°C (2732°F). Common use 1350°C (2462°F)
Volts: 12V each. If two units are used in series 24 V.
Size of Microheater: Cylindrical Part ~ 2″ long**. Lug region is 0.5″ on each side. Attach wires with optional M6 bolts shown.
Power: Up to 200W. Power Control: An optional DC Power Controller is Offered.
Physical Details: Heater length is 0.5″. Total cylinder le,ngth including ,lugs ~2″, not including the rings or prongs required for the electrical connections. Changes slightly with the terminal contacts chosen. Heated Section Length ~12mm+-1mm (~0.5″)
The heater diameter is ~9 +-0.6 mm (nominal) (Not including the terminal forks/rings shown in the picture). Near the lugs, the diameter is ~22mm.
The maximum heater amps (~17 Amps- 20 Amps) or temperature (which should be measured with a calibrated pyrometer).
Use for continuous heating or ignition.
Connectors:
Accessory Pack M6 Bolts (picture shown) may be added to the cart from the Available Options menu.
Manufacturer: MHI Inc.USA.
Patented Heater/Igniter/Glow Plug.
A TC-Read 120V is offered as an option (includes 12″ Thermocouple K Type sheathed – wire and plug)
Click for higher power linear microheater.
Progressive Heat-up of S Series Linear Microheater
Not for direct water contact. The 12V DC supply must be capable of ~17 Amps if the heater has to reach full temperature.
The heater will have a hot surface and will be live. It is not a sheathed water heater. User is responsible for electrical and thermal insulation.
If a DC supply is required one may order from MHI or elsewhere. DC power supplies unlike the AC supply panel will not offer a feedback control.
Please note the following if a non-MHI supply is employed: Most DC power supplies max-out somewhere in their rated current or voltage (and power) but often allow independent control of each parameter – please check with supplier All these features will normally be called out be in the power-supply manual provided by the supply manufacturer.
The current should not exceed 17-20 amps for a S12-200-1500.
The S12-200-1500 heater will glow close to its highest temperature for 17-20A current with a corresponding potential drop of about (12-12.5V) in a free radiating mode. without insulation cover. Use for igniter or radiator. The voltage drop to be expected for two of such microheaters when connected in series for the S12-200 type is ~ 24-25V. Please note that some differences in cold start to glow start times (order of 1 minute for GAXP-IGMP) between units may be noted.
An AC current controller enabled with a temperature feedback and power control mechanism may also be used instead of a DC power supply. The BPAN-O-PLUS is recommended as as a possible AC controller. The main features of this AC control panel are listed on https://mhi-inc.com/PG4/electronic-controllers-control-panels.html. Please contact MHI 513-772-0404 for more details.
Element GAXP-IgMp. The more accurate measurement technique at these temperatures is a radiation pyrometer.
Electricals: Maximum is 200 Watts.
The maximum temperature is achieved for ~ 17A with full power and maximum temperature when the S12-200 is used in moderately free radiative conditions (upto 20A RMS meter read-out in fully free-radiating conditions)
A 12V minimum supply rated for 17 Amps (variable) is the minimum required for heating to glowing conditions.
Two power supplies are offered in the optional items category available for this microheater. These are the 12V and 24V DC (nominal) power generators/supplies. Please note that the 24V, 20A rated supply is for use with a set of two S12-200 heaters that are connected in series.
The offered supplies will not produce more than 200W (12V) / 400W for two units (24V). When requiring to power more than two such microheaters simultaneously, a BPAN-O or BPAN-O-PLUS with feedback control is recommended. Please contact MHI for details (513-772-0404).
Heating Rate: Instaneous. The heater will start getting hot as soon as power is introduced to it. Typically one will notice a glow (i.e when it is above ~800°C) in the order of less than a minute, when it is powered-up in a normal manner.
Dimensions
Physical Details: Heater length is 0.5″. Total cylinder length including lugs ~2″. Not including the rings or prongs required for the electrical connections. Changes slightly with the terminal contacts chosen. Heated Section Length ~12mm+-1mm (~0.5″)
The heater diameter is ~9 +-0.6 mm (nominal) (Not including the terminal forks/rings shown in the picture).
The maximum heater amps (~17 Amps- 20Amps ) or temperature (which should be measured with a calibrated pyrometer) cannot be exceed. Please call MHI for emissivity settings.
The rated amps and voltage are called out for use in a free radiating mode. If using in a confined mode instead (i.e. if free radiation is interrupted with insulation), please monitor the heater temperature so as not to exceed the maximum rated temperature of 1500C-1600C. Please review the picture shown above or contact MHI for details if a different type of connector than shown is required.
**Typical Supply Pictures Shown, Images are to be considered as approximate. Dimensions may not include ring or fork part of the lugs.
If the size is smaller than required – then please click to S24-400-1500
Yes – the terminals will get hot but will take the heat.
MHI Microheaters
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Senior Professor at Premier World University
“We have used the heater, it is working well. Do you have calibration chart (Temperature v/s Voltage) for this MC170 microheater. ……………..Since we do not have temperature measuring tool for such a high temperature (1900C)…………..We are planing to order one more heater………………….”
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Y.X. Canada
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S.W. National Laboratory (Energy), USA Government
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K.R., Sweden
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MHI Inc. USA
MHI Inc. USA
MHI Inc. USA