RTD Temperature Sensor Probe for Coffee Machines

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RTD Temperature Sensor Probe for Coffee Machines | PT100 PT1000

Model：FWZ Series
Key Feature：High Accuracy & Excellent Stability
MOQ(Standard)：500 pcs
MOQ(Customized)：TBD
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Description

Model：FWZ Series

Key Feature：High Accuracy & Excellent Stability

MOQ(Standard)：500 pcs

MOQ(Customized)：TBD

Fucusens Solution

Selecting PT100 or PT1000 is only the first step. A complete RTD sensor assembly also needs to match: RTD Element + Probe Material + Probe Dimensions + Mounting Structure + Cable + Connector + Operating Environment.

Our Capability	What It Solves	Value to Your Business
PT100 / PT500 / PT1000 Elements	Different systems require different resistance characteristics	More electrical configuration options
Cu / Ni RTD Options	Different equipment uses different sensing elements	Broader application compatibility
DIN Class A / B Options	Different projects require different accuracy classes	Better measurement matching
SUS304 / SUS316 Probe	Probe must withstand mechanical and environmental conditions	Reliable probe protection
Multiple Probe Structures	One structure cannot fit every machine	Better OEM integration
Threaded Mounting	Sensor needs secure mechanical fixing	Direct installation into equipment
Clamp / Hose Mounting	Pipe or surface monitoring is required	Easier external mounting
Custom Cable	Standard cable cannot cover all temperatures	Better environmental compatibility
Custom Connector	Different controllers use different interfaces	Easier equipment integration

Typical Applications

Application	Typical Customer	Recommended Solution	Why This Configuration
Coffee Machines	Commercial and household coffee equipment manufacturers	Compact PT100 / PT1000 RTD probe	Stable resistance measurement supports beverage heating control
Drying Machines	Drying and heating equipment manufacturers	High-temperature RTD probe	Suitable probe and cable structure supports elevated-temperature monitoring
Air Conditioners	HVAC equipment manufacturers	Customized RTD temperature sensor	Multiple probe structures support HVAC temperature feedback
Refrigeration Equipment	Refrigerator and refrigeration equipment manufacturers	Stainless steel RTD probe	Suitable for equipment temperature monitoring
Laboratory Equipment	Laboratory and test equipment manufacturers	Precision RTD probe	DIN Class A / B options support measurement applications
Industrial Temperature Control Equipment	Industrial equipment manufacturers	Threaded / flange RTD sensor	Secure mounting and wide configuration options support process monitoring

Technical Specifications & Selection Guide

Parameter	Specification	Selection Notes
Product Type	RTD Temperature Sensor Probe	Resistance temperature measurement
Sensing Element	PT100 / PT500 / PT1000 / Cu / Ni	According to controller
Temperature Range	Depends on probe structure and element	Multiple options available
Accuracy	DIN Class A or B	According to required precision
Response Time	Approx. 10s under specified configuration	Depends on probe structure
Insulation Resistance	100MΩ	According to supplied data
Cable Material	PVC / Teflon / Silicone / Fiberglass	According to operating temperature
Housing Material	SUS304 / SUS316	According to environment
Probe Diameter	Customizable	Typical structures shown in original data
Probe Length	Customizable	According to sensing position
Mounting	Straight / Threaded / Flange / Clamp / Custom	According to equipment

Product Structure & Selection Guide

RTD Element — Choose PT100, PT500, PT1000, Cu or Ni according to the controller and required resistance characteristics.

Accuracy Class — Confirm whether DIN Class A or Class B is required.

Temperature Range — Confirm the normal and maximum operating temperature.

Probe Diameter & Length — Match the sensing position and installation space.

Mounting Structure — Select straight probe, thread, flange, clamp or custom mounting.

Housing Material — SUS304 or SUS316 according to environment.

Cable Material — Select according to operating temperature and installation conditions.

Cable Length — Match equipment wiring distance.

Connector — Match the controller or existing wiring harness.

3 Common Mistakes When Selecting an RTD Sensor

1. Choosing PT100 / PT1000 Without Checking the Controller: PT100 and PT1000 have different nominal resistance values. Better: Confirm the RTD element required by the control system.

2. Looking Only at the RTD Element Temperature Range: The complete probe may use cable, insulation and mounting materials with different temperature limits. Better: Evaluate the RTD Element + Probe + Cable + Mounting together.

3. Ignoring Probe Structure and Installation: A high-accuracy RTD element cannot perform correctly if the probe does not reach or contact the actual measurement point properly. Better: Confirm probe dimensions + mounting + sensing position before sample production.

Our Capability	What It Solves	Value to Your Business
PT100 / PT500 / PT1000 Elements	Different systems require different resistance characteristics	More electrical configuration options
Cu / Ni RTD Options	Different equipment uses different sensing elements	Broader application compatibility
DIN Class A / B Options	Different projects require different accuracy classes	Better measurement matching
SUS304 / SUS316 Probe	Probe must withstand mechanical and environmental conditions	Reliable probe protection
Multiple Probe Structures	One structure cannot fit every machine	Better OEM integration
Threaded Mounting	Sensor needs secure mechanical fixing	Direct installation into equipment
Clamp / Hose Mounting	Pipe or surface monitoring is required	Easier external mounting
Custom Cable	Standard cable cannot cover all temperatures	Better environmental compatibility
Custom Connector	Different controllers use different interfaces	Easier equipment integration

Application	Typical Customer	Recommended Solution	Why This Configuration
Coffee Machines	Commercial and household coffee equipment manufacturers	Compact PT100 / PT1000 RTD probe	Stable resistance measurement supports beverage heating control
Drying Machines	Drying and heating equipment manufacturers	High-temperature RTD probe	Suitable probe and cable structure supports elevated-temperature monitoring
Air Conditioners	HVAC equipment manufacturers	Customized RTD temperature sensor	Multiple probe structures support HVAC temperature feedback
Refrigeration Equipment	Refrigerator and refrigeration equipment manufacturers	Stainless steel RTD probe	Suitable for equipment temperature monitoring
Laboratory Equipment	Laboratory and test equipment manufacturers	Precision RTD probe	DIN Class A / B options support measurement applications
Industrial Temperature Control Equipment	Industrial equipment manufacturers	Threaded / flange RTD sensor	Secure mounting and wide configuration options support process monitoring

Technical Data

Parameter	Specification	Selection Notes
Product Type	RTD Temperature Sensor Probe	Resistance temperature measurement
Sensing Element	PT100 / PT500 / PT1000 / Cu / Ni	According to controller
Temperature Range	Depends on probe structure and element	Multiple options available
Accuracy	DIN Class A or B	According to required precision
Response Time	Approx. 10s under specified configuration	Depends on probe structure
Insulation Resistance	100MΩ	According to supplied data
Cable Material	PVC / Teflon / Silicone / Fiberglass	According to operating temperature
Housing Material	SUS304 / SUS316	According to environment
Probe Diameter	Customizable	Typical structures shown in original data
Probe Length	Customizable	According to sensing position
Mounting	Straight / Threaded / Flange / Clamp / Custom	According to equipment

Sensor Construction & Selection Guide

Temperature Range — Confirm normal and maximum operating temperature.

Required Accuracy — Confirm the measurement accuracy required by the application.

Output Interface — Make sure the controller accepts the LM35 analog voltage signal.

Probe Structure & Size — Match the installation space and sensing position.

Housing Material — Select according to mechanical and environmental requirements.

Cable Insulation / Gauge / Length — Match temperature, wiring distance and equipment design.

Connector / Accessories — Match the existing controller or wiring harness.

3 Common Mistakes When Selecting an RTD Sensor

1. Choosing PT100 / PT1000 Without Checking the Controller: PT100 and PT1000 have different nominal resistance values. Better: Confirm the RTD element required by the control system.

RTD Performance Depends on Both the Sensing Element and the Complete Probe

A reliable RTD temperature probe requires: Stable RTD Element + Correct Probe Structure + Electrical Insulation + Cable Connection + Mechanical Consistency.

Incoming Material Inspection

• RTD sensing elements checked according to specification

• SUS304 / SUS316 probe materials inspected

• Cable material verified according to temperature requirement

• Connectors and terminals checked before production

Process Control

• RTD-to-wire connection controlled during assembly

• Sensing element position maintained according to design

• Probe dimensions checked against approved drawing

• Cable length and insulation verified

• Mounting structure checked during production

Finished Product Inspection

Test Item	Verification
RTD Resistance	According to selected sensing element
Temperature Measurement	According to confirmed test requirement
Accuracy Class	According to confirmed RTD specification
Insulation Resistance	According to technical requirement
Probe Dimensions	According to approved drawing
Cable Length	According to specification
Mounting Structure	According to confirmed design
Appearance	Finished assembly inspection

If You Are an Equipment Manufacturer / OEM

Common Problem	What It Means for Your Business
RTD element does not match the controller	Incorrect PT100 / PT1000 selection causes system incompatibility
Standard probe dimensions do not fit	Different equipment requires different diameter and length
Mounting structure does not match	Additional fabrication increases installation work
Cable cannot withstand the application temperature	Cable becomes the weak point of the sensor assembly
Accuracy requirement is unclear	Wrong accuracy class may increase cost or fail measurement requirements
Probe does not reach the actual sensing point	Temperature feedback may not represent the real process condition

If You Are a Distributor / Importer

Common Problem	What It Means for Your Business
Customers request different RTD elements	One standard PT100 product cannot cover all projects
Customers need different probe structures	Fixed designs limit OEM opportunities
Different projects require different mounting methods	Thread, flange and clamp structures may all be required
Customers have different temperature ranges	Probe and cable must be selected accordingly
Technical matching takes too long	Electrical and mechanical requirements must be confirmed together

Sample Support

Standard Samples — Available according to current specifications and stock.

RTD Selection — PT100 / PT500 / PT1000 / Cu / Ni according to controller requirements.

Accuracy Selection — DIN Class A / B according to project requirements.

Customized Samples — Available after probe specification confirmation.

Probe Customization — Diameter, length and mounting according to application.

Cable Customization — Material and length according to operating temperature.

Connector Matching — According to equipment interface.

Sample Validation Before Mass Production

We recommend checking: RTD Element → Resistance → Accuracy → Probe Dimensions → Mounting → Cable → Connector → Installation. Sample testing in the actual equipment is recommended before pilot production.

Quality Assurance

RTD Element — According to confirmed specification.

Accuracy Class — According to confirmed requirement.

Probe Material & Dimensions — According to approved drawing.

Cable — According to confirmed temperature and installation requirement.

Mounting Structure — According to equipment interface.

Customized Products — Specification confirmed before mass production.

Finished Assembly — Functional inspection before shipment.

MOQ & Lead Time

Standard Product MOQ — Contact us for current MOQ.

Customized MOQ — Depends on RTD, probe and mounting requirements.

Standard Lead Time — Contact us for current production schedule.

Customized Lead Time — Depends on probe, cable and connector configuration.

Sample Lead Time — Confirmed after specification review.

Cooperation Process: Application Review → RTD Element Confirmation → Accuracy & Temperature Range → Probe / Mounting Design → Cable / Connector → Drawing Approval → Sample Testing → Pilot Order → Mass Production

Q1. What is an RTD temperature sensor?

An RTD uses the predictable resistance change of a sensing element to measure temperature.

Q2. What RTD elements are available?

According to the supplied product range: PT100 / PT500 / PT1000 / Cu / Ni.

Q3. What is the difference between PT100 and PT1000?

PT100 has a nominal resistance of 100Ω at 0°C, while PT1000 has 1000Ω at 0°C. The correct option should match the customer's controller.

Q4. What accuracy classes are available?

The supplied information includes DIN Class A / Class B depending on the selected sensor configuration.

Q5. What temperature range is available?

The range depends on the selected RTD element, probe structure and cable. The supplied product range includes configurations from low temperatures up to several hundred degrees Celsius.

Q6. Can you provide SUS304 or SUS316 probes?

Yes. Both SUS304 and SUS316 are listed as housing options.

Q7. Can the probe dimensions be customized?

Yes. Probe diameter and length can be configured according to equipment requirements.

Q8. What mounting options are available?

Available structures include Straight Probe / Threaded / Flange / Clamp / Custom.

Q9. Can cable material and length be customized?

Yes. Different cable types and lengths can be selected according to operating temperature and equipment requirements.

Q10. Can you match an existing RTD sensor?

Yes. Please send Existing Sensor / Drawing / RTD Type / Probe Dimensions / Cable / Connector.

Q11. What information is required for a quotation?

Please provide Application + RTD Element + Accuracy Class + Temperature Range + Probe Dimensions + Mounting + Cable + Connector + Quantity.