产品特性:毫秒级响应 | 品牌:NANMAC | 型号:C2B-xxxxx |
传感器类型:快速响应热电偶 | 测温范围:≤1680℃ | 精度:0.75%, 0.5%, 0.25% |
输出类型:mV | 工作温度:1800℃ | 系列:C2B |
最小包装数:4 | 应用领域:***/航天 | 响应时间:6ms~24ms |
耐压上限:4000PSI | 探头类似:直角带状 |
The Right-Angle Ribbon Thermocouple features thermal elements which consist of thin thermocouple alloy ribbons welded together at the sensing tip. These ribbon elements are brought out from opposing sides of the probe along the interface of a high temperature thermally isolating rod and cone assembly. The ribbons in the vicinity of the thermal junction are parallel to the plane of heat source. Thus, both the thermal junction and the ribbons are heated simultaneously and conduction errors are minimized.
The ribbon elements, due to their mass to surface-area relationship; provide fast response times to equilibrium temperatures since the maximum surface contact area is offered to the heat source.
Response times of 6 to 24 milliseconds in boiling water tests.
Pressure ranges to 10,000 psi, temperature ranges to 1,680 degrees centigrade.
Probe materials may be metal, plastic, or ceramic.
Mountings may be adjustable compression fittings on fixed mountings.
Standard probe comes with a two-prong standard plug connector attached. Mating jack connector with cable clamp is furnished with each unit.
Thermocouple junction has no conduction errors.
All standard thermocouple calibrations and connectors available.
This series of the Right-Angle Ribbon Thermocouple can be equipped with a Dust Deflector on the sensing tip. This deflector is in the shape of an arc and covers a 120 degree angle around the sensing tip. When foreign matter such as such as dust particles, dirt, and other small solid objects impact the Dust Deflector, that matter is then diverted off the sides of the probe. Thus, protecting the thin ribbon elements from damage. The thermal junction measures the temperature of the hot gases and/or liquids without being damaged by the dust particles. A peen mark is stamped onto the thermowell at the cold end to assist in aligning the probe so that the dust deflector is facing directly into the oncoming gas flow.
This Right-Angle Ribbon sensor features a thermal junction of thin ribbons welded together at the sensing tip. These ribbons are brought out from opposing sides of the probe between the interface of an insulting rod and cone assembly. The ribbons in the vicinity of the media being measured are parallel to the plane of the heat source. Thus, both the ribbons and the thermal junction are heated simultaneously and conduction errors are eliminated. The ribbon elements also allow for fast response times to temperature change. Since there is a large surface area to cross-section area ratio in the ribbon design as compared to round wires.