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6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability

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    Buy cheap 6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability from wholesalers
     
    Buy cheap 6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability from wholesalers
    • Buy cheap 6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability from wholesalers
    • Buy cheap 6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability from wholesalers
    • Buy cheap 6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability from wholesalers

    6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability

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    Brand Name : Senphus
    Model Number : 6J13/6J13P/6J13X
    Price :
    Payment Terms : T/T, D/P
    Supply Ability : 30 Tons per day
    Delivery Time : 3 days
    Certification : ISO9001
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    6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability

    6J13/6J13P/6J13X Precision Resistance Wire with Copper Manganese Nickel Composition for Stability


    6J13 is characterized by high resistivity, exceptional stability across a broad temperature range, and low TCR, ensuring consistent performance in precision applications. It also offers excellent corrosion resistance and good mechanical properties, including ductility and tensile strength, making it suitable for fine wire fabrication.


    This alloy is widely used in precision resistors, standard resistors, and current shunts for measurement instruments and calibration systems. Its low-noise and low-EMF properties make it ideal for temperature-sensitive and high-accuracy electrical circuits. It is also utilized in thermostatic devices and applications requiring stable performance under varying environmental conditions.


    In summary, the 6J13 alloy wire is an essential material in precision electrical applications, combining stable resistivity, low thermal EMF, and robust mechanical performance for demanding industrial and scientific uses.


    Chemical Composition Wt.

    6J13 F2 Manganin

    %NiMnCu
    Min2

    11

    Max513Rest

    Some key features of 6J13 include:


    Key Features of Manganin-Type 6J13 Alloy Wire:

    • High Electrical Resistivity:

    Offers stable and predictable resistivity, essential for precision electrical components.

    • Low Temperature Coefficient of Resistance (TCR):

    Minimal variation in resistance with temperature changes, ensuring consistent performance.

    • Low Thermal Electromotive Force (EMF):

    Generates very low thermal EMF when paired with copper, making it suitable for low-noise and high-accuracy applications.

    • Excellent Long-Term Stability:

    Resistance remains stable over extended periods, even under varying environmental conditions.

    • Corrosion Resistance:

    Resists oxidation and degradation in most operating environments.

    • Mechanical Strength and Ductility:

    Can be drawn into fine wires while maintaining durability and flexibility.

    • Temperature Stability:

    Performs reliably across a broad temperature range, with minimal degradation.

    • Versatility in Applications:

    Used in precision resistors, standard resistors, current shunts, and thermostatic devices.

    • Cost-Effectiveness:

    Offers an efficient balance of performance and affordability compared to other precision alloys.


    These features make 6J13 alloy wire ideal for precision electrical applications where stability, reliability, and accuracy are critical.


    Application:

    • Precision Resistors:

    Used in high-accuracy resistors for measurement and calibration systems.

    • Current Shunts:

    Ideal for current sensing in electrical circuits due to its low thermal EMF and stable resistivity.

    • Measuring Instruments:

    Employed in devices like multimeters and bridge circuits for precise resistance measurement.

    • Standard Resistors:

    Provides long-term stability in reference resistors used for calibrating other instruments.

    • Thermostatic Devices:

    Utilized in components requiring temperature compensation or control.

    • Temperature-Compensating Components:

    Ensures stability in circuits that operate under varying temperature conditions.

    • Low-Noise Electrical Applications:

    Suitable for sensitive circuits where minimal electrical noise is essential.

    • Electromotive Force (EMF) Compensation:

    Commonly used in configurations that require low and stable thermal EMF.

    • Scientific and Industrial Equipment:

    Widely applied in laboratories and industries for reliable, precise, and durable electrical performance.

    • Power Distribution Systems:

    Used in current monitoring and balancing applications in power systems.


    The combination of precision, stability, and thermal reliability makes the 6J13 alloy wire a versatile choice for various high-performance electrical and electronic applications.


    Chemical composition


    NameTypeMain chemical composition %
    CuMnNiSi
    Manganin6J12Rest11~132~3/
    F1 Manganin6J8Rest8~10/1~2
    F2 Manganin6J13Rest11~132~5/

    Volume resistivity for wires, sheet and ribbons


    NameTypeVolume resistivity (μΩ·m)
    Manganin6J120.47±0.03
    F1 Manganin6J80.35±0.05
    F2 Manganin6J130.44±0.04

    Average resistance-temperature coefficient of Constantan


    NameApplication temperatureTest temperatureResistance-temperature coefficientAverage resistance-temperature coefficient
    α×10-6-1β×10-6-1α×10-6 ℃-1
    Manganin wire, sheetLevel 15~4510, 20, 40-3~+5-0.7~0/
    Level 2-5~+10
    Level 3-10~+5
    F1 Manganin wire, sheet10~8010, 20, 40-5~+10-0.25~0/
    F2 Manganin wire, sheet10~800~+40-0.7~1/

    Elongation rate


    Dia.(mm)Elongation rate (Lo=200mm), %
    0.056
    >0.05~0.108
    >0.10~0.5012
    >0.5015

    Thermal EMF rate for copper


    NameTypeTemperatureAverage thermal EMF rate for copper
    Manganin6J120~1001
    F1 Manganin6J80~1002
    F2 Manganin6J130~1003
    Note: Thermal EMF rate for copper is absolute value

    The net weight per spool


    Dia(mm)Net weight (g)Dia(mm)Net weight (g)
    0.02~0.0255>0.28~0.45300
    >0.025~0.0310>0.45~0.63400
    >0.03~0.0415>0.63~0.75700
    >0.04~0.0630>0.75~1.181200
    >0.06~0.0860>1.18~2.502000
    >0.08~0.1580>2.50~3.003000
    >0.15~0.28150  

    Manganin(6J12) Technical data of wires


    Dia. (mm)Cross-sectional area (mm²)Weight/Meter (g/m)Resistance/Meter at 20℃ (Ω/m)Dia. (mm)Cross-sectional area (mm²)Weight/Meter (g/m)Resistance/Meter at 20℃ (Ω/m)
    0.0200.0003140.002651346-16460.2240.039410.332611.2-12.6
    0.0220.0003180.003211113-13600.2500.049090.4149.00-10.15
    0.0250.0004910.00414862-10530.2800.061580.51977.17-8.09
    0.0280.0006160.0052687-8400.3150.077930.65775.73-6.33
    0.0320.0008040.00679583-6310.3550.98980.83544.51-4.99
    0.0360.0010180.00859452-4990.4000.12571.0613.55-3.93
    0.0400.0012570.01061344-4040.4500.1591.3422.81-3.10
    0.0450.0015090.01342272-3190.5000.19631.6572.27-2.51
    0.0500.0019630.01657220-2590.5600.24632.081.83-1.98
    0.0560.0024630.02079176-2060.6300.31172.631.45-1.57
    0.0630.0031170.02631139-1630.7100.39593.341.14-1.23
    0.0710.0039590.03341109-1280.7500.44183.731.02-1.11
    0.0800.0050270.0424386.0-101.00.8000.50274.240.898-0.972
    0.0900.0063620.053768.0-79.800.8500.56744.790.795-0.861
    0.1000.0078540.066355.1-64.60.9000.63625.370.709-0.768
    0.1120.0098520.0831544.4-51.00.9500.70885.980.637-0.690
    0.1250.012270.103635.6-41.01.0000.78546.630.574-0.622
    0.1400.015390.129928.4-32.71.0600.88257.450.511-0.554
    0.1500.017670.149124.7-28.51.1200.98528.320.458-0.496
    0.1600.020110.169721.7-25.01.1801.0949.230.413-0.447
    0.1700.022700.191619.3-22.21.2501.22710.360.368-0.398
    0.1800.025450.214817.2-19.81.3201.36811.550.330-0.357
    0.1900.028350.23915.4-17.71.4001.53912.990.293-0.318
    0.2000.031420.265214.1-15.91.5001.76714.910.255-0.277
    0.2120.035300.297912.5-14.11.6002.01116.970.224-0.243

    Constantan&Manganin wire data table


    Dia.(mm)Sectional area nominal value(mm2)Resistance per meter (Ω/m)
    6J12X6J8X6J13X6J40X

    Nominal value

    (mm)

    ToleranceNominal value (Ω/m)ToleranceNominal value (Ω/m)ToleranceNominal value (Ω/m)ToleranceNominal value (Ω/m)Tolerance
    0.020±0.0020.0003141496±10%    1528±10%
    0.0220.00038012361263
    0.0250.000491957978
    0.0280.000616763780
    0.032±0.0030.000804584±8% ±8% ±8%597±8%
    0.0360.001018462472
    0.0400.001257374382
    0.0450.001590296302
    0.0500.001963239244
    0.0560.002463191195
    0.0630.003117151154
    0.0710.003959119121
    0.0800.00502793.569.687.595.5
    0.0900.00636273.955.069.275.5
    0.1000.00785459.844.656.061.1
    0.112±0.0050.00985247.7±7%35.5±7%44.7±7%48.7±7%
    0.1250.0122738.328.535.939.1
    0.1400.0153930.522.728.631.2
    0.1600.0201123.417.421.923.9
    0.1800.0254518.513.817.318.9
    0.200±0.0050.0314215.0±6%11.1±6%14.0±6%15.3±6%
    0.2240.0394111.98.8811.212.2
    0.2500.049099.577.138.969.78
    0.2800.061587.635.687.157.80
    0.315±0.0100.0077936.03±5%4.49±5%5.65±5%6.16±5%
    0.3550.098984.753.544.454.85
    0.4000.12573.742.793.503.82
    0.4500.15902.962.202.773.02
    0.500±0.0150.19632.39±4%1.78±4%2.24±4%2.44±4%
    0.5600.24631.911.421.791.95
    0.6300.31171.511.121.411.51
    0.7100.39591.190.8841.111.21
    0.7500.44181.060.7921.001.09
    0.8000.50270.9350.6960.8750.955
    0.8500.56740.8280.6170.7750.846
    0.9000.63620.7390.5500.6920.755
    0.9500.70880.6630.4940.6210.677
    1.0000.78540.5980.4460.5600.611
    1.060±0.0200.88520.533±4%0.397±4%0.499±4%0.544±4%
    1.1200.98520.4770.3550.4470.487
    1.1801.0940.4300.3200.4020.439
    1.2501.2270.3830.2850.3590.391
    1.3201.3680.3430.2560.3220.351
    1.4001.5390.3050.2270.2860.312
    1.5001.7670.2660.1980.2490.272
    1.6002.0110.2340.1740.2190.239
    1.700±0.0252.2700.207±4%0.154±4%0.194±4%0.211±4%
    1.8002.5450.1850.1380.1730.189
    1.9002.8350.1660.1230.1550.169
    2.0003.1420.150.1110.1400.153
    2.1203.5300.1330.09920.1250.136
    2.240±0.0303.9410.119±4%0.0888±4%0.112±4%0.122±4%
    2.3604.3740.1070.08000.1010.110
    2.5004.9090.09570.07130.08960.0978
    2.6505.5150.08520.06350.07980.0870
    2.8006.1580.07630.05680.07150.0780
    3.0007.0690.06650.04950.06220.0679
    3.150±0.0357.7930.0603±4%0.0449±4%0.0565±4%0.0616±4%
    3.3508.8140.05330.03970.04990.0545
    3.5509.8980.04750.03540.04450.0485
    3.75011.040.04260.03170.03980.0435
    4.00012.570.03740.02790.03500.0382
    4.25014.190.03310.02470.03100.0338
    4.50015.900.02960.02200.02770.0302
    4.750±0.04017.720.0265±4%0.0198±4%0.0248±4%0.0271±4%
    5.00019.630.02390.01780.02240.0244
    5.300±0.05022.060.0213±4%0.0159±4%0.0199±4%0.0218±4%
    5.60024.630.01910.01420.01790.0195
    6.000±0.06028.270.0166±4%0.0124±4%0.0156±4%0.017±4%
    6.30031.170.01510.01120.01410.0154

    Sheet size


    Thickness(mm)ToleranceWidth(mm)Tolerance
    0.1±0.01050
    75
    100
    Width<100mm, ±1
    Width≥100mm, ±1.5
    0.112
    0.125
    0.140
    0.160
    0.180±0.0100-0.020
    0.200
    0.224
    0.250
    0.280
    0.315
    0.355
    0.400±0.02050
    75
    100
    125
    150
    175
    0.450
    0.500
    0.560±0.020-0.030
    0.630
    0.710
    0.800±0.030
    0.900
    1.000±0.040
    1.120
    1.250
    1.400±0.050
    1.600
    1.800±0.060
    2.000

    Manganin strip table, Cross-sectional area(mm2)


    Width(mm)


    Thickness(mm)
    6.38.010.012.516.020.025.031.540.0
    ±0.3±0.3±0.3±0.4±0.4±0.5±0.5±0.6±0.7
    0.180±0.0101.066        
    0.2001.184       
    0.2241.3271.684      
    0.250+0.01
    -0.02
    1.4811.8802.450     
    0.2801.6582.1062.744      
    0.3151.8652.3693.0873.859    
    0.3552.1022.6703.4794.349    
    0.400±0.0202.3693.0083.9204.9006.272   
    0.4502.6653.3844.4105.5137.0568.82011.03  
    0.5002.9613.7604.9006.1257.8409.80012.25  
    0.560+0.020
    -0.030
    3.3164.2115.4886.8608.78110.9813.72 
    0.6303.7314.7386.1747.7189.87812.3515.44 
    0.7104.2055.3396.9588.69811.1313.9217.40 
    0.800±0.0304.7386.0167.8409.80012.5415.6819.6024.7031.36
    0.9005.336.7688.82011.0314.1117.6422.0527.7835.28
    1.000±0.0405.9227.5209.80012.2515.6819.6024.5030.8739.20
    1.1206.6338.42210.9813.7217.5621.9527.4434.5743.90
    1.2507.4039.40012.2515.3119.6024.5030.6338.5949.00
    1.400±0.0508.29110.5313.7217.1521.9527.4434.3043.2254.88
    1.6009.47512.0315.6819.6025.0931.3639.2049.3962.72
    1.800±0.06010.6613.5417.6422.0528.2235.2844.1055.5770.56
    2.00011.8415.0419.6024.5031.3639.2049.0061.7478.40
    Note : The effective cross-sectional area of strip is the product of its width and thickness multiplies
    the following coefficient:
    Width<10mm, multiplied by 0.98;
    Width≥10mm, multiplied by 0.94.


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