Airtorch® Models MVTA, GTA925 and MTA925 up to 1200°C.

Stay on this page for units less than 15 KW. Click here for larger power units.

Flanged heaters up to 1200°C.

Fan and blower VTA Airtorch® Models to 1100°C (2012 °F) – see below.

LTA, VTA, MTA, DPF, DPF-DNA and MVTA models are not pressure rated but could be sealed depending on the model. Only the models begining with a G like the GTA models are pressure rated to the appropriate pressure.

Return to Airtorch® Home. Process Air and Process Gas Heaters.

Flanged Sealed Process Heaters to 1200°C Air/Gas

MTA Low KW

Guide for Airtorch® Selections

Temperature	Lower Power (1-12 kW)	High Power (36-600 kW)
600-1000°C	LTA, VTA, MTA925	MVTA-900-(DNA) Models SH
900-1100°C	MVTA-900-(DNA) Models	MVTA-1000-(DNA) Models, SH MVTA-DPF(DNA) Models
1200°C/1300°C	DPF Models V-DPF, DPF and GDPF	MVTA-DPF(DNA) Models GDPF(DNA) Models
High Pressure Enclosures (GTA, GVTA)	Up to 1200°C	MVTA-DPF(DNA) Models GDPF(DNA) Models

Please see tables below for individual models

Features and Applications

Robust Design
Clean and Green product with high energy efficiency
DF (Direct-Flow). Low resistance. Low pressure drop.
Automotive Applications
Service Plan (No Downtime)
Solid Oxide Fuel Cells
2kW to 600kW Models.
Integration Technology
Installation Services Provided
Special Application with Low Cost Blowers and High CFM
Energy Efficient
In-Line Configuration
Maximum Operating Temperature of MTA925 is 1000°C (1832°F). MVTA models to 1100° (2100°F).
Need more power? High watt models.

Convective Heating is One of the Most Versatile Ways of Delivering Heat!

Low Pressure Drop and No Noise

Sealed process gas heater inline or with fan or blower capability. Temperature measurements are reported at the integrated thermocouple location supplied with the Airtorch®. Lowest pressure drop in SH models.
New MVTA-DPF models for 1100°C.
GTA or GVTA also offered – For high pressure vessel Airtorch^® use.
Data Acquisition and Electronic Controls are available.
Temperature up to 1200°C (click for models).
For very low flow high temperature uses such as less than 100 SCLM please choose this model.

MVTA, VTA-DPF-DNA Models – 1100°C and 1200°C

1-10 KW Single Phase

15KW Single or 3 Phase User Choice

36KW 3 Phase
208-240V 50/60Hz

Model #

Power

VTA-DPF-6.5-1100 (DNA) (Fan)

or

choose in-line model

MVTA-DPF-6.5- 1100 (DNA)

6.5KW

Single Phase. Fan Controller Included.

or Choose

In-line Flanged Model

MVTA(or GTA)-DPF-15-1100 (DNA)

15 KW

Both single phase and 3 phase Models offered.

MVTA(or GTA)-DPF-(24,36-48-96)-1100 (DNA)

3 Phase

24 KW,36 KW,48 KW,96 KW

3 Phase 240V, 480V, or 400V. CE and UL rated electric panels are available.

MTA925 and GTA925 Airtorch® – 925C
Single Phase 208-240V, 50/60Hz

LTA, VTA, MTA, MVTA models are not pressure rated but could be sealed depending on the model. Only the models beginning with a G like the GTA models are pressure rated to the appropriate pressure.

Model #

Power

Picture

MVTA925-12 and GTA925-12-(PV)

(1000°C)

Single Phase Controls

XPAN

12 KW

MVTA925-12 and GTA925-12-(PV)

the GTA925 -12 version is available in single and three phase configurations

GTA925-12-18(PV)

MTA925-02

(950C)

Online Store

2 KW

Online Store

GTA925-02-3PV

(950C) RFQ

GTA925-02-6PV

(925C) RFQ

2 KW 3Bar

2 KW 6Bar

RFQ

MTA925-04

(950C) Online Store

4 KW

Online Store

GTA925-04-3PV

(950°C) RFQ

GTA925-04-6PV

(950°C) RFQ

4 KW 3 Bar

4 KW 6 bar

RFQ

Combustible gases for abatement purposes

To heat combustible gases for abatement purposes such as for semiconductor gas abatement – MVTA925-GA6125-H2.

MVTA-GA Models for 900°C

Combustible Gasses

ATEX rating Available

Model #

Power

MVTA925-GA6125-H2 or MVTA-2(10)-220- H2

(for Combustible Low Flow Process Gas-Heating)

12 kW

or

5 kW

Resources

Marks of Quality

Specifications subject to change at the time of quotation.

Fans are employed when the drop in pressure of the system is no greater than approximately 50 in. w.c. (50 in. w.c./inches of H20 is approximately 1.8psi.) This condition remains true even when the fan can output large CFM values. Blowers are considered in circumstances where larger pressure drops are present.