Sensor body
Request +150°C or +200°C body operation with dwell, cycling and load profile. These are engineering options requiring a released configuration and test evidence.
MT-BLC-LBM-HT / SERIES
High-Temperature Miniature Compression Load Button
An MT-BLC-LBM thermal configuration for hot press tooling, moulds and heated battery fixtures. Specify the temperature at the body, cable exit and electronics separately before selecting a qualification plan.
Fit review / request envelopes
Request PDF / STEP ↗OD × height × force.
| Outer diameter (OD) | Height (H) | Button radius | Capacity (N / kgf / lbf) | Drawing / selection |
|---|---|---|---|---|
| Ø12.7 mmMT-BLC-LBM-HT | Thermal configuration drawing required | Spherical; request exact R | 50 N / 5.099 kgf / 11.24 lbfto 10,000 N / 1,019.716 kgf / 2,248.089 lbfNo dimension × range combination assumed | Select envelope ↗PDF / STEP: request |
| Ø19 mmMT-BLC-LBM-HT | Thermal configuration drawing required | Spherical; request exact R | 50 N / 5.099 kgf / 11.24 lbfto 10,000 N / 1,019.716 kgf / 2,248.089 lbfNo dimension × range combination assumed | Select envelope ↗PDF / STEP: request |
| Ø25.4 mmMT-BLC-LBM-HT | Thermal configuration drawing required | Spherical; request exact R | 50 N / 5.099 kgf / 11.24 lbfto 10,000 N / 1,019.716 kgf / 2,248.089 lbfNo dimension × range combination assumed | Select envelope ↗PDF / STEP: request |
Radius, tolerances, overload, natural frequency and deflection are drawing- and range-specific. They are not assigned from an original manufacturer’s product or a reference photograph.
50 N5.099 kgf / 11.24 lbf
100 N10.197 kgf / 22.481 lbf
250 N25.493 kgf / 56.202 lbf
500 N50.986 kgf / 112.404 lbf
1,000 N101.972 kgf / 224.809 lbf
2,000 N203.943 kgf / 449.618 lbf
5,000 N509.858 kgf / 1,124.045 lbf
10,000 N1,019.716 kgf / 2,248.089 lbf
Series options are not a full cross-product of every dimension and capacity. Button radius, tolerances, overload and model-specific performance are confirmed on the released drawing and quotation.
Qualify the whole force chain at operating temperature.
Cable and interface
The +180°C cable add-on is a separate component option. A +200°C body request needs a separately suitable cable, termination and mounting arrangement. Keep the amplifier in its rated environment.
Thermal error
Agree zero and sensitivity drift, thermal gradients, warm-up and compensation over the actual measurement range. Verify in the complete fixture.
17-4PH structure. A bridge signal built around your range.
- Non-linearity / accuracy envelope
- Defined at agreed temperatures; room-temperature accuracy is insufficient; configuration-specific confirmation
- Mounting / retention
- 3–4 blind M2 / M3 mounting holes, model dependent; released drawing governs support and installation
- Natural frequency / deflection
- Request exact-range data and loading conditions; original-brand values are not MT-BLC performance specifications
- Elastic element / button
- Heat-treated 17-4PH stainless steel; 42–45 HRC loading surface target, configuration dependent
- Nominal output / bridge
- 1–2 mV/V; 350 / 700 Ω requested bridge configurations; exact sensitivity and excitation confirmed by configuration
- Hysteresis / repeatability
- ±0.1% RO design target; model-specific confirmation
- Requested body temperature
- +150°C / +200°C engineering requests; qualified configuration and test conditions required
- Ingress protection
- IP65 / IP67 configurations by model; confirm cable exit and sealing
- High-temperature configurations
- +150°C / +200°C options subject to body, cable and thermal validation
Review the contact, body and cable exit.
The pictured form is a construction reference. The photograph does not establish high-temperature capability.
The load path mattersLoad the convex button.
Load the convex button.
Give the cable room to move.
A compact sensor only measures correctly when the surrounding fixture supports it correctly.
Support the intended base surface
Machine a rigid, flat seat from the exact outline. Locate the sensor without squeezing the case or bypassing the sensing load path.
Keep contact on the central button
Align compression with the sensing axis. Keep the tool clear of the cover and outer case; a spherical top helps accommodate small alignment differences.
Relieve the fine shielded cable
Provide a dedicated exit channel and jacket retention. Specify flexing, bend space and a strain-relief spring or sleeve with the configuration.
Performance values are series design envelopes, not a certificate for a released unit. Review the evidence to request ↗
Engineering RFQ / samplesTell us the space.
Tell us the space.
We’ll help size the sensor.
Share the maximum diameter, installed height and compression range. We’ll review the force path, propose a series and confirm the drawing and output configuration.
What happens next
- Mechanical & electrical fit review
- Configuration and calibration proposal
- Sample quotation with confirmed lead time
Prefer email? Contact sales@magatom.com. Inquiries are received by our dedicated button load cell mailbox.