Übersetzung für "Nenntemperatur" in Englisch

Liquid heater 8 heats wash liquid 7 to the cycle-specific nominal temperature.

Subsequently, the resistance of the temperature probe 1 thus produced is measured at rated temperature.

Auto setup requires the entry of only the nominal switch temperature.

The real operating distance is the effective operating distance at nominal voltage and at nominal temperature of 23°C.

In case of exceeding a rated temperature the temperature switch opens and can, for example, trigger an existing signaling contact.

The effective operating distance is the operating switching point at nominal voltage and at nominal temperature of 23 °C.

Corresponding to the rated temperature of 1230° C the thermal insulation is made of high-quality insulation material and built up with a multilayertype of construction.

When the energy store 1 is new and/or fully charged and/or the electrolyte temperature is higher than the nominal temperature, then, due to the higher terminal voltage UKL measured there, a smaller function value than would be the case in the nominal condition is calculated.

When the energy store 1 is no longer new and/or not fully charged and/or the electrolyte temperature is lower than the nominal temperature, then a higher function value is calculated as a consequence of the lower terminal voltage UKL measured therein.

If the load(s) 10 now heats up inadmissibly this rise in temperature is passed to the switching device 26 via the thermoconducting bridge 23 so that the switching device opens when a nominal temperature is exceeded, thus interrupting the power supply to the load(s) 10.

In ordinary integrated circuits, the average possible power loss is indicated as a value at a rated temperature (e.g. 25° C.) with a derating for higher ambient temperatures.

The loss in each voltage circuit at reference voltage, at reference frequency and at reference temperature shall not exceed 2 W and 8 VA for single phase meters and 2 W and 10 VA for polyphase meters.

For meters having a basic current lower than 30 A, the apparent power taken by each circuit at basic current, at reference frequency and at reference temperature shall not exceed 25 VA.

When the required temperature had been reached, nitridation was carried out in a nitrogen atmosphere with varying ammonia contents for 2 hours (Examples 1 to 4).

A self-regulating resistance heater is to be understood to mean a resistance heater which, through the use of a variation of its electrical resistance, maintains a certain temperature, the so-called significant or nominal temperature.

This furnace design requires the use of a separate worktube of a grade suitable for the maximum temperature rating of the respective furnace model.

Both furnace types require the use of a separate worktube suitable for the maximum temperature rating of the respective furnace model.

LED module and driver lifetimes are documented by measuring the components' Tc point temperature, (the Tc point is a specific point on the component) and compare it to the components' maximum rated temperature.

The TSH12 furnace range has a maximum temperature rating of 1200°C and offers a choice of 5 tube diameters and 6 heated zone lengths.

Nominal temperature: 250°C, working temperature: 50-250°C, usable space: 1.2m3, steam chamber: 3m3, isolator: 200mm, material: Stainless steel 1.4301, outlet side ventilator: 140mm, heating output: 50kW max., air volume: 6000m3/h at 500Pa, motor power: 1.5kW, operational voltage: 3x400V, control voltage: 24V, connected load: 52 kW, chamber dimensions: 1000x700x1700mm, length: 1400mm, width: 2060mm, height: 2900mm.

The rated resistance (R R) is the resistance value of the unloaded component at a particular rated temperature (T R).

Above a pre-specified temperature limit, which can be lower than the nominal temperature, or in the course of a continuously rising operating temperature, the part of the seal formed of a memory alloy automatically activates and alters or improves the sealing characteristics.

The servo control 12 of the signal generators 6 occurs using a priori knowledge of the used Coriolis mass flowmeter which, for example, exists in theoretically calculated or experimentally determined value ranges for the model parameters—so that, at any rate, an excitation of the Coriolis mass flowmeter is achieved by the servo control 12 that is suitable for an eigenform to be excited, if this is operated without interruption (i.e. is operated, e.g. at the nominal flow and at the nominal temperature and no other deviations from the basis-forming assumptions are present).

By increasing the number of internal electrodes of the first type and of the second type, it is possible, for example, to vary the electrical resistance R 25 of the component 1 at a nominal temperature of 25° C. or to adapt it to different ceramic materials.

With air humidity falling again, the mixture pressure is increased to the nominal pressure (nominal power) and the mixture temperature is then reduced in the direction of the nominal temperature.

Such elements are also referred to as self-regulating heating resistors which maintain a specific temperature, referred to as the significant or rated temperature, by changing its electrical resistance.

When temperature conditions deviate from the nominal ones, resistance values of the search coils 2, 3 varies according to the expression (t)= R 0 [1+a(t?t 0)] (10) where t denotes the temperature of the wire conductor of the coil 2, 3, 4, R 0 is the coil resistance at nominal temperature t 0, a denotes temperature coefficient of resistance.

This thermal optimization and appropriate control engineering result in an extremely short reaction time of the heating elements, which is to say that the heating time from the switch-on point to reaching the nominal temperature is extremely short (i.e., low or small).