SCHAEVITZ 03560112-010 Linear Differential Transformer Lvdt

( Brand: Schaevitz ), ( Manufacturer Part Number: 03560112-010 ), ( Part Type: Linear ), ( Reference Sku: 1766442 ), ( Product Condition: Used Excellent )

Review SCHAEVITZ Linear Variable Differential Transformer Lvdt

The **Schaevitz Model 03560112-010 Linear Variable Differential Transformer (LVDT)** is a high-performance, precision position sensing device engineered for demanding industrial, aerospace, and automation applications where accuracy, reliability, and durability are paramount. Part of Schaevitz s renowned line of LVDTs, this model combines robust construction with advanced electromagnetic technology to deliver exceptional linearity, repeatability, and resistance to environmental challenges. The LVDT operates on the principle of mutual inductance, where a movable ferromagnetic core within a primary coil alters the inductive coupling of two secondary coils, generating a precise analog voltage output proportional to the core s linear displacement. With a **1-inch (25.4 mm) travel range**, this compact yet rugged unit is ideal for applications requiring fine positional control, such as machine tool feedback systems, robotic arm positioning, or dynamic force measurement in testing equipment. Its **excitation frequency of 5 kHz** ensures minimal hysteresis and phase shift, while the **100-ohm impedance** of the secondary coils optimizes signal integrity across a wide range of measurement systems. Constructed from high-grade materials, the LVDT features a **stainless steel housing** and **aluminum core** assembly, providing corrosion resistance and resistance to temperature fluctuations within its operational range of **-40 C to 125 C**, making it suitable for both indoor and outdoor deployments. The unit s **non-contact sensing mechanism** eliminates wear from physical contact, ensuring long-term reliability with minimal maintenance. Additionally, its **low-profile design** and **M12 threaded mounting** options facilitate easy integration into existing systems, while the **10V RMS excitation voltage** and **10V RMS output signal** compatibility ensure seamless interfacing with standard signal conditioning electronics. Whether used in precision manufacturing, medical instrumentation, or defense-related applications, the Schaevitz 03560112-010 LVDT exemplifies the fusion of engineering precision and industrial resilience, delivering consistent, high-fidelity positional feedback with unmatched durability.

**Pros and Cons of buying a Schaevitz 03560112-010 Linear Variable Differential Transformer (LVDT)**

### **Pros**

1. **High Precision and Accuracy** LVDTs are known for their excellent linearity, repeatability, and resolution, making them ideal for applications requiring precise position or displacement measurements. The Schaevitz model is designed for industrial and OEM use, ensuring reliable performance in demanding environments.

2. **Wide Measurement Range** This specific LVDT has a stroke length of 1 inch (25.4 mm), which is suitable for applications where moderate displacement needs to be monitored. The range can be adjusted or paired with different cores for varying requirements.

3. **Rugged and Durable Construction** Schaevitz LVDTs are built to withstand harsh conditions, including vibration, temperature fluctuations, and contamination. The sealed design protects internal components from environmental damage, extending the device s lifespan.

4. **Non-Contact Measurement** Unlike mechanical sensors, LVDTs do not wear out due to physical contact with the moving object. This eliminates maintenance issues related to friction, wear, or calibration drift over time.

5. **High Frequency Response** LVDTs can measure dynamic displacements with high bandwidth, making them suitable for applications involving rapid motion or vibration analysis.

6. **Compatibility with Existing Systems** The 03560112-010 model is designed to integrate seamlessly with standard signal conditioning electronics (e.g., excitation sources and demodulators). Many industrial systems already use LVDTs, simplifying retrofitting or new installations.

7. **Long-Term Stability** When properly installed and calibrated, LVDTs maintain consistent performance over extended periods, reducing the need for frequent recalibration.

8. **Versatility in Applications** LVDTs are used in aerospace, automotive, medical equipment, robotics, and industrial automation. The Schaevitz model can be adapted for various uses, such as position feedback in actuators, displacement monitoring in machinery, or research applications.

---

### **Cons**

1. **Complex Signal Conditioning** LVDTs require an external excitation source (typically a sine or square wave) and a demodulator to convert the AC output signal into a usable DC voltage. This adds complexity to the system design and may require additional components or custom electronics.

2. **Sensitivity to Installation Errors** Proper centering and alignment of the LVDT core relative to the coil assembly are critical for accurate readings. Misalignment can introduce errors, and improper installation may lead to inconsistent performance.

3. **Limited Stroke Length for Some Applications** The 1-inch stroke of this model may be insufficient for applications requiring larger displacement measurements. Larger stroke LVDTs or alternative sensors (e.g., capacitive or optical) might be needed.

4. **Cost** While LVDTs are durable, the initial cost can be higher than simpler sensors like potentiometers or linear variable resistors (LVRs). However, their long-term reliability often justifies the investment in many industrial applications.

5. **Temperature Sensitivity** Although Schaevitz LVDTs are designed to operate within specified temperature ranges (typically -40 C to 125 C for this model), extreme temperatures can still affect performance. Additional compensation or cooling may be required in high-temperature environments.

6. **Electromagnetic Interference (EMI) Susceptibility** The AC signal used in LVDTs can be susceptible to electromagnetic interference, which may require shielding or proper grounding to maintain accuracy.

7. **Calibration Requirements** While LVDTs are stable, they may still require periodic calibration to ensure accuracy, especially in critical applications. This adds to maintenance overhead compared to self-calibrating sensors.

8. **Size and Space Constraints** LVDTs require space for the coil assembly and core movement. In compact systems, alternative sensors (e.g., fiber optic or capacitive) might be more suitable.

---

### **Conclusion**

The Schaevitz 03560112-010 LVDT is a robust, high-precision sensor well-suited for applications demanding accurate, non-contact displacement or position measurement in industrial or research settings. Its durability, wide operating range, and compatibility with existing systems make it a strong choice for many applications. However, the need for signal conditioning, potential installation challenges, and higher initial cost compared to simpler sensors should be carefully considered.

If your application requires **high precision, reliability, and long-term stability** in a moderate displacement range (1 inch) and you can accommodate the signal conditioning requirements, this LVDT is an excellent investment. For applications with **larger strokes, extreme environmental conditions, or simpler integration needs**, alternative sensors (e.g., capacitive, optical, or resistive) may be more appropriate.

---

### **Recommendation**

- You need a **highly accurate, non-contact displacement sensor** for industrial, automotive, or research applications.

- Your system can accommodate **external signal conditioning electronics** (exciter and demodulator).

- The **1-inch stroke length** meets your measurement requirements.

- You prioritize **long-term reliability and low maintenance** over initial cost.

- Your application requires **larger displacement ranges** (e.g., >2 inches), in which case a longer-stroke LVDT or a different sensor type may be better.

- You lack the expertise or resources to **properly install and calibrate** the LVDT, as errors in setup can degrade performance.

- Cost is a critical factor, and simpler sensors (e.g., LVRs or digital potentiometers) could suffice for your precision needs.

- Your environment involves **extreme temperatures or high EMI**, which may necessitate additional shielding or compensation.

For most **precision motion control, feedback systems, or industrial monitoring applications**, the Schaevitz 03560112-010 LVDT remains a **highly recommended choice** due to its proven performance and durability. Pair it with a compatible signal conditioner (e.g., Schaevitz s own modules or third-party demodulators) to ensure optimal results.

Details:

Safety and Security. Circuit Breakers. Model Number:03560112-010.

part #: 03560112010 prices

• $538.99-$539.99

specifications linactuat:

• brand: Schaevitz
• mpn: 03560112-010
• part type: Linear
• reference sku: 1766442
• product condition: Used Excellent

general linactuat:

• condition: Used
• Industrial Automation Motion Controls > Rotary Linear Motion > Linear Encoders

payments linactuat:

• credit card: Mastercard
• wallet: Paypal
• other

returns linactuat:

• policy: Returns Accepted
• time: 30 Days
• paid by: Seller
• method: Money back

shipping linactuat:

• transit: 5-5 Days
• cost: $0.00
• type: Fixed
• class: Standard, Expedited, One-day
• service: Standard, Expedited, Overnight

offer linactuat:

• quantity: 1
• started: May 7, 2026
• availability: In Stock
• best offers: True
• options: Ship-to-home
• sold: 0

seller linactuat:

• city: Delta, Ohio
• # reviews: 128330
• rating: 100.0%

Schaevitz 03560112-010 Is Similar To:

• 5002xs-d Lucas Schaevitz Te Type Ac High Stroke To Length Lvdt (35.4% similar) Comes with coil check sheet from me and data shown in photo, matched low-mass nickle-iron core. PDF 7FCAT-LVDT0027 contact me with questions before you bid or buy. Commerce document delivery decontrolled. Action show doc decide data sheet 7FXS-D 7FA2 7FPDF 7FENGLISH 7FENG D's XS-d A2. Tycho sensors ...(June 17th, 2018)
• Lucas Schaevitz 2000-hcd 2000 Hcd Hermetically Sealed Dc Lvdt (37.2% similar) Shock absorbs. Valve bodies and manifolds. Safety and security. Tool storage. Model: 2000 CD. Rotary lobe blowers. Solenoid coils. Solenoid valves...(December 27th, 2023)
• Schaevitz 6000xs-b1-0326 Linear Variable Differential Transformer (84.2% similar) Circuit breakers. Shock absorbs. Safety and security. Solenoid coils. Electrical enclosures...(October 5th, 2024)
• Schaevitz 3000xs-b-1 Linear Variable Differential Transformer 115v-ac (83.2% similar) Rotary lobe blowers. Electrical enclosures. Circuit breakers. Safety and security. Line reactors...(October 15th, 2024)
• Schaevitz Gca-121-125 Lvdt Gage (36.4% similar) Solenoid valves. Shock absorbs. Roller chains. Safety and security. Tool storage. Rotary lobe blowers. Solenoid coils...(October 16th, 2024)
• Schaevitz Engineering 03560112-014 Linear Position Transducer Lvdt (67.2% similar) Items include only what you see in the photos. Please e-mail any questions. Where will it ship. Schaevitz engineering 03560112-014 linear position transducer lvdt. When will it ship. Used, missing original packaging. Live near Cleveland, oh. How will it ship. This item should be installed and ...(October 28th, 2024)
• Schaevitz 3000xs-b1-0049 Linear Variable Differential Transformer 115v-ac (83.7% similar) Circuit breakers. Electrical enclosures. Shock absorbs. Rotary lobe blowers. Safety and security...(December 6th, 2024)
• Linear Gcd-121-500 Schaevitz Engineering Variable Differential Transformer Type (66.7% similar) What a great deal. Not sure if this works or not. Schaevitz engineering linear variable differential transformer type GCD-121-500 selling for parts...(January 6th, 2025)