Description
Microheater. Low Amp, High Temperature. High Power Microheater. GAXP-IgMp. 1350°C-1600°C.
Temperature: Maximum continuous temperature not to exceed 1500C (2732F). Microheater may be used at 1600C (~2900°F) for short durations. Common use 1400°C (2552°F), Rapid heat product.
Volts: 24 V each.
Size: Heated length is 1″. Total cylinder length is 2.2″ +_0.5″. Lug on each side is 0.5″. Total length ~ 2.5″ – 3.2.” (customizable with lugs chosen)
Heated Section Length ~1.”
Power: Up to 400W
Element GAXP-IgMp. The more accurate measurement technique at these temperatures is a radiation pyrometer.
Use single, or,
Use in a stacked array configuration. Extremely high power density packing can be achieved.
Temperature can be controlled
Linear Microheaters S24-400-1500
Electricals: Maximum power is 400 Watts. The maximum temperature is achieved for ~ 17A with full power and maximum temperature when the S24-400 is used in moderately free radiative conditions (up to 20A RMS meter read-out in fully free-radiating conditions)
A 24V minimum supply rated for 17 Amps (variable) is the minimum required for heating to glowing conditions.
The pull-down menu offers a 24V DC (nominal) power generator/supply. The DC supply is not with feedback controls. For Feedback Control, choose BPAN-O-PLUS and Power Transformer that MHI will recommend.
Heating Rate: 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 a minute when the unit is powered typically.
Connectors: Accessory Pack M6 Bolts (picture shown) may be added.
Physical Details: Heater length is 1″. Total cylinder length including lugs ~2.2″, 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) cannot be exceeded. Please call MHI for emissivity settings.
If a DC supply is required one may order from MHI or elsewhere. DC power supplies unlike the AC supply panel may 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 S24-400
The S24-400 heater will glow close to its highest temperature for 17-20A current with a corresponding potential drop of about (~24V) in a free radiating mode. That is with no insulation cover. Use as a radiator or ignitor. 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 the possible AC controller to be used. 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.
Dimensions
Heated Section Length ~1″.
The maximum heater amperes (~17 Amps to 20Amps ) or the temperature 1600C (measured with a calibrated pyrometer) cannot be exceeded. Please call MHI for emissivity settings for a pyrometer.
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.
MHI can assist with custom supplies.**Typical Supply Pictures Shown; Images are approximate. Dimensions may not include the ring or fork part of the lugs. The DC supply offered in the options is for one S24 heater. When using several, for example, for a black body source, please ensure that a correct power draw is used. All supplies are UL/CE rated.
This is a unique low amp high wattage microheater that can be used where ignitors are commonly used or in SEM, ESEM or other testing machine. It is a 24 V plug in.
The terminals will take the heat!
MHI Microheaters
National Laboratory, USA
I have received the heater and control system, and it is all visually undamaged and exactly to my specifications. Thank you for your help!
Professor V.V. USA Surface Science Center, Ohio
discovery with the Cascade e-Ion Plasma is indeed very exciting and the potential for all sorts of applications is enormous.
C. N., USA
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Researcher at US National Laboratory
“MHI offers Microheaters that no other manufacturer can compare to.”
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………………….”
Senior Professor at United States Major Big 10 University
MHI ……. the only heating elements that work well for us in these studies; when we publish our results — I will be sure to send you the reference, I see your on your website that you link to work utilizing MHI products.
Product: THM and Robust Radiator..
Professor A. R., Academician, Ukraine
Several years ago we have bought in your company the front loading M18-40 furnace and two robust radiators and got much satisfaction working with them. Now, we believe, it is a very time to substitute heating elements in the furnace and to buy new radiators.
Product: RR and Furnace
B.K., Ohio Energy Efficiency Center
“I wanted to let you know that we were able to connect the heaters successfully with the help of your video. …The heaters are heating up like they should as far as we can tell…… ”
F.G., France
“We have received the Ultra Coil… the piece seems very nice once again. Thank you.”
P.M., Australia
“…the equipment arrived very quickly and in good order.”
Y.X. Canada
“Thank you for your email. We tested the microheater last week. It worked well…”
R. Sweden
“…I always give you my best recommendation for the prompt service and customer minded attitude…”
M.L., USA Government
“….. the customer service to date has been exceptional. Calls and e-mails are returned promptly, and your customers are well taken care of. We will definitely work with MHI again in the future.”
S.W. National Laboratory (Energy), USA Government
“….. , I just received the PH-G4-3.5 I ordered and it looks great. …..we’d like to purchase a controller for it as well.”
K.R., Sweden
“The heater looks great, and in tact so far!”……..“We received the ceramic holder today. Thank you very much. We appreciate your spontaneous enabling help I hope we can try the heater soon.”
Dr. M (United Kingdom)
…..”This should get me right back on track with this project – which has gone very well thanks to your assistance”.
Silicon Valley Customer
“Everything is great! I’ve inspected the elements and roof refractory and everything is in great condition”.
Start up US Company Supported by MHI Technology
“We plan on continuing our relationship with MHI to further develop and sustain a robust localized heat treat capacity”.
MHI Inc. USA
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