Sensor Signal
K, J, E, N, and PT100 input support lets teams align the controller with common thermocouple and RTD setups.
XMTG-6000 Selection Path
XMTG-6000 Temperature Controller Guide For Industrial Panels
Use the XMT series temperature controller details to match sensor input, relay or SSR output, panel opening, PID behavior, and alarm needs for a digital thermostat for industrial use.
XMT series temperature controller
digital thermostat for industrial use
Core Parameters
Start With Inputs, Outputs, Power, And Environment
Controller selection becomes clearer when the sensor signal, control output, supply voltage, and cabinet environment are checked before model discussions.
| Product family | XMT-6000 series, including XMTG/XMTE models. |
|---|---|
| Display | Two rows of digital tubes show current value and set value; XMT-6000-3 uses a 3-digit digital tube. |
| Inputs | K, J, E, N, and PT100 signal inputs. |
| Outputs | Relay or solid-state relay options, with SPDT relay load capacity of 5A@250VAC and 6A@125VAC. |
| Control | PID and ON/OFF switch control, self-tuning, heating/cooling control, and one or two relay output alarms. |
| Power and environment | 100-240VAC supply, 0-50C operating temperature, and 30%-85% RH non-condensing. |
Input / Output Map
Match The Controller To The Sensor And Load
The XMTG-6000 decision is not only a front-panel choice. It also needs agreement between the sensor type, output device, load current, and control mode.
Output Device
Relay and SSR options support different heater, cooling, and control-circuit arrangements.
Load Limit
SPDT relay capacity of 5A@250VAC and 6A@125VAC should be checked against the connected control circuit.
Panel Fit
Choose Opening Size Before Wiring Details
A panel controller must physically fit the cabinet as well as support the required signal path. Use opening size and display needs to narrow the model family early.
Compact Control Positions
Use the smaller opening path when panel space is tight and the controller only needs a compact display footprint.
Larger Display Positions
Use the larger opening path when the cabinet layout allows more front-panel space for operator reading.
Commissioning Checks
Prepare PID, Alarm, And Environment Questions
Before a quote turns into a production order, confirm the settings and environmental assumptions that affect daily operation.
Control Mode
Decide whether PID, ON/OFF, heating, cooling, or a combined control approach is needed.
Self-Tuning
Ask how auto-tuning will be used during commissioning and what parameters should be available to operators.
Alarm Outputs
Confirm whether one or two relay output alarms are needed for the process or machine interface.
Cabinet Environment
Check that ambient temperature and non-condensing humidity match the controller limits.
Related Controllers
Compare Nearby FOTIMA Temperature Control Instruments
Related controllers help separate rail-mounted layouts, compact panel meters, and alternate control families before a final configuration is chosen.
CH3000 Rail-Mounted Instrument
Rail-mounted option for stable process monitoring and integrated temperature control.
Open Product
CH102 Panel PID Meter
Panel unit for stable measurement and PID regulation in industrial monitoring.
Open Product
HTD-7000 Meter
Alternate meter family for accurate display and stable industrial temperature regulation.
Open ProductTechnical Reading
Three Reads For Controller Selection
These FOTIMA reads support controller decisions around PID control, thermal management, and panel-mount selection.
PID Process Control Benefits
Frame precision control, load capacity, auto-tuning, alarms, and input flexibility as one process-control discussion.
Read ArticleXMTG-6000 Thermal Management
Connect input choice, 5A relay output, and stable control behavior with downtime-sensitive equipment.
Read ArticlePanel Mounting Selection
Bring opening size, dual-display needs, sensor type, voltage, and relay outputs into the cabinet-planning step.
Read ArticleQuote Details
Send Temperature Controller Requirements Clearly
A useful inquiry gives FOTIMA enough detail to discuss the right model, wiring path, control behavior, and panel integration.
Input Type
List K, J, E, N, PT100, or another sensor requirement.
Output Type
State relay or SSR preference and connected load details.
Panel Opening
Confirm the available cabinet opening and display size expectation.
Control Behavior
Describe PID, ON/OFF, heating, cooling, alarm, and self-tuning needs.
Power And Environment
Share supply voltage, ambient temperature, humidity, and installation conditions.
FAQ
XMTG-6000 Controller Questions
Which sensor inputs does the XMTG-6000 support?
The controller supports K, J, E, N, and PT100 signal inputs.
What output options are available?
Relay and solid-state relay output options are available, including SPDT relay capacity of 5A@250VAC and 6A@125VAC.
Which control modes are available?
PID and ON/OFF switch control are available, along with self-tuning and optional heating or cooling control.
What power supply range does it use?
The controller uses a 100-240VAC power supply range.
What environment should be checked?
Check 0-50C operating temperature and 30%-85% relative humidity in non-condensing conditions.
What belongs in a controller inquiry?
Include sensor input, output type, load details, panel opening, control mode, alarm needs, power supply, and installation environment.
Next Step
Prepare The XMTG-6000 Configuration
Send the input, output, panel opening, alarm, control, power, and environment details so FOTIMA can discuss the right controller configuration.
