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Surface temperature test methods per IEEE 1349

机译:每个IEEE 1349的表面温度试验方法

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The Fine Print Note [FPN] No. 1 in 2005 NEC Article 501.8 (B) cautions users to "consider the temperature of internal and external surfaces that may be exposed to the flammable atmosphere" when putting a motor into service in a Class I, Division 2 environment. Thus it is critical that manufacturers and users of industrial electric motors understand that internal peak temperatures exceed the external peak temperatures. This paper presents three common IEEE 1349 test methods used by manufacturers to determine these internal peak temperatures. Potential test method error and the test results from the three test methods are also presented. IEEE 1349 provides only guidance when performing these test methods so this paper intends to provide additional clarification. The test motors presented in this paper are low voltage, AC induction, severe-duty, energy-efficient, TEFC motors commonly used in the "petrochemical Industry".
机译:2005年NEC第501.8(b)第1号FPN第1条第1条第1条,提醒用户“考虑可能暴露在易燃气氛中的内部和外表面的温度”,当在I类中,第2划分环境。因此,工业电动机的制造商和用户至关重要,了解内部峰值温度超过外部峰值温度。本文介绍了制造商使用的三种常见IEEE 1349测试方法,以确定这些内部峰值温度。还提出了潜在的测试方法误差和三种测试方法的测试结果。 IEEE 1349仅在执行这些测试方法时提供指导,因此本文旨在提供额外的澄清。本文提出的测试电机是低电压,交流感应,可节能,节能,在“石化工业”中常用的TEFC电机。

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