1560 Black Stack 温度计读数器可以是您想要的任何类型的温度计，它以三种独特的方式工作。
它是经过认证校准的参考温度计;它是一个自动校准系统，可读取您正在测试的参考探头和传感器;或者它是一个高精度的数据采集系统。它比目前市场上的任何其他温度计都更好地执行这些功能。
该堆栈由多达八个不同的模块组成，这些模块组合在一起以执行您选择的任何类型的测温。您可以购买所有这些，也可以购买它们的任意组合，并随时更改 Stack 及其功能。每个模块都位于前一个模块之后，当您添加模块时，Stack 的软件会自动重新配置自身以包含该模块提供的所有新功能。没有什么可拆解的。无需安装板。无需加载软件，也无需校准任何内容。只需将新模块堆叠到先前模块的背面，您就可以使用 Black Stack 及其所有卓越的功能。
福禄克计量校准部的新型 9935 型多通道日志件使 Black Stack 成为更强大的数据采集工具。LogWare 提供您正在测量的每个通道的图形和统计分析（使用 Black Stack 时最多可提供 96 个）。通过可自定义的警报、延迟开始时间和可选的记录间隔，LogWare 将 Black Stack 变成了市场上最强大的温度数据采集工具。
堆栈从基本模块开始。它由两部分组成：带有主处理器的显示器和电源。基本模块为所有其他模块提供电源、通信管理和软件协调。它具有显示屏、控制按钮和 RS-232 内置端口。
每个基本模块可以处理堆叠在其后面的 8 个温度计模块，最多有 96 个传感器输入。基本模块无需校准，每次通电时都会执行自己的诊断自检。每个基本模块的温度计特性由堆叠在其后面的测温模块定义。
有九个测温模块：一个 SPRT 模块、一个高温 PRT 模块、一个 PRT 扫描仪模块、一个标准热敏电阻模块、两个 1000 欧姆 PRT 模块、一个热敏电阻扫描仪模块、一个精密热电偶模块和一个热电偶扫描仪模块。
每个模块都有自己的处理器，并通过专有数字总线连接到堆栈。每个模块都保留自己的校准数据，并在模块内执行所有模拟测量功能。
SPRT 模块以非常高的精度读取 25 欧姆和 100 欧姆四线 RTD、PRT 和 SPRT。它将 Stack 变成精度为 ±0.005°C 的一流参考温度计。
它有两个输入通道，因此您可以使用两个参考传感器收集数据，或者您可以将一个传感器与校准的参考传感器进行比较校准。
温度转换功能包括直接电阻测量、ITS-90、W（T90）、IPTS-68、Callendar-Van Dusen 或 RTD 多项式转换。CVD 转换的用户可更改默认值适合 IEC-751 描述的 100 欧姆、0.00385 ALPHA 传感器。
SPRT 模块可以一次使用一个，也可以以任意组合方式组合在一起，以读取多达 16 种不同的参考温度计。如果您将 SPRT 模块与扫描仪模块堆叠在一起，则可以根据参考测试多个传感器。与其他竞争仪器不同，我们的 PRT 扫描仪模块在有或没有双通道 SPRT 模块的情况下运行。如果您能想到一种使用参考温度计的方法，您可以使用 Stack 来实现。
该模块可读取 2.5 欧姆和 0.25 欧姆四线 HTPRT 和 RTD。完整的电阻范围涵盖高达 5 欧姆的传感器，应用温度高达 1200°C。 温度转换特性与 SPRT 模块相同，并且与 SPRT 模块一样，连接器是镀金的。
该模块可读取 8 个通道的 2 线、3 线或 4 线 100 欧姆 PRT 或 RTD。0°C 时的精度为 ±0.01°C，用于校准工业传感器。常见的工业 RTD 可以使用 CVD 温度转换中的默认值读取，以便快速设置工业应用，也可以输入单个探头常数以获得更高精度的数据采集。
对于 1000 欧姆 PRT，这些模块提供与 2560 和 2562 模块相同的所有强大功能。双通道 2567 模块的电阻范围为 0 至 4000 欧姆，在 0°C 时精度为 ±0.006°C。 2568 模块可读取多达 8 个 1000 欧姆 PRT，在 0°C 时精度可达 ±0.01°C。 当您可以使用加载了便捷温度功能的 Black Stack 时，不要使用欧姆表或万用表来读取 1000 欧姆 PRT。
特殊的低漂移热敏电阻作为参考探头，在高达 100°C 的适度温度范围应用中越来越受欢迎。 该模块在 0°C 时的温度精度为 ±0.0013°C，分辨率为 0.0001°C。
2563 热敏电阻模块有两个输入通道。它以欧姆为单位显示直接电阻，或使用 Steinhart-Hart 方程或高阶多项式直接转换为温度读数。
该模块可与任何类型的热敏电阻一起使用，但具有 8 个通道，而不是标准热敏电阻模块上的两个通道，并且可以在有或没有标准热敏电阻模块的情况下运行。该模块的所有八个通道的精度在 0°C 时为 ±0.0025°C。
8 个通道使 2564 模块成为出色的数据采集工具。它可用于研究工作或验证生物医学设备，例如 DNA 测序仪。
该精密热电偶模块可读取任何类型的热电偶，包括 S 型铂热电偶和用于标准工作的新型金铂热电偶。该双通道模块具有内部冷端补偿，或者您可以使用外部源以获得更高的精度。
所有标准 ANSI 热电偶类型都是预先编程的;但是，您可以选择一种转换方法，然后输入传感器的探头特性，从而创建一个系统校准的通道。2565 模块最多接受三个校准点，用于单个传感器的误差调整。多项式插值函数计算测量值之间的点。
R 型、S 型和金-铂转换接受完整的多项式校准系数。此外，热电偶转换功能通过从表格中插值来计算温度。您可以输入以摄氏度为单位的温度，并在 1 到 10 个温度范围内输入特定传感器的相应电压。在输入的点之间执行插值。
该模块有 12 个通道，可读取 K、J、T、S、R、B、E 和 N 热电偶。每个通道都可以设置为读取不同类型的热电偶。所有温度读数的执行方式与 2565 模块完全相同。
扫描仪模块上的连接器是特殊的双连接器，可接受常见的微型和标准热电偶连接器。如果要使用螺丝端子，请在卸下引擎盖的情况下使用适当尺寸的连接器。
1560 Black Stack 是一款令人难以置信的温度计。您只需购买您正在做的工作所需的模块。如果您的工作发生变化，只需订购具有所需功能的模块，然后将它们滑到 Stack 的背面即可。您的温度计会更改其软件、显示和操作方法，以匹配您添加的新功能。
请记住，您永远不必打开案例来添加模块。无需加载任何软件。这一切都是自动的。
每个模块在内部存储自己的校准，因此您可以添加或更改模块，而无需重新校准整个堆栈。模块校准是数字的，通过底座的前面板或 RS-232 链路手动执行。如果您的实验室有能力，您可以自己校准模块。如果没有，请将它们发送给我们，无论是否使用您的基本单元，我们将重新校准它们。
LCD 屏幕具有多种显示数据的方法，包括图形条形图表记录器。Black Stack 的图形功能使测试温度稳定性比以往任何时候都更容易。垂直缩放和图形分辨率是自动的。
Stack 具有高精度、双通道功能或多通道功能（如果需要）。它的内存存储最近的 1000 个读数，或者您可以通过 RS-232 端口将数据发送到您的 PC。每个数据点都带有时间和日期戳。IEEE-488 端口是可选的。
使用 Black Stack，您几乎可以根据您的应用和偏好以欧姆、毫伏或温度读取任何您喜欢的数据。
请记住，该温度计的校准可追溯至 NIST。其精度高达 ±0.0013°C，具体取决于您使用的模块和传感器。
我们被问到这个问题的次数比其他任何问题都多。Black Stack 的形状有几个原因。
当我们开始 Black Stack 的设计过程时，我们想要一种独特的仪器，它是测温学的真正技术飞跃。渐进式改进有时是可以的，但如果你要引领这个行业，你不妨走出去领导它。
以下是我们开始采用的一些设计标准。新测温仪必须能够将自身转变为客户想要的任何类型的测温仪器，而且它必须在不需要打开盒子、更换电路板或设置任何东西的情况下做到这一点。所有连接必须可从仪器正面轻松访问，前面板上没有连接器。前面板必须易于阅读，包括编程在内的所有功能都应在前面板上完成，并且编程应利用显示器的图形功能。该软件必须与乐器一样具有创造性和多功能性。它必须易于使用，如果可能的话，甚至使用起来很有趣。最后，它必须非常准确。
Black Stack 的形状有助于仪器的功能和可用性。而且它的功能性和易用性令人难以置信。
The 1560 Black Stack thermometer readout can be any kind of thermometer you want it to be, and it works in three distinctive ways.
It’s a reference thermometer with an accredited calibration; it’s an automated calibration system reading your reference probe and sensors you’re testing; or it’s a high-accuracy data acquisition system. And it does each of these functions better than any other thermometer currently on the market.
The Stack consists of up to eight different modules that fit together to do any type of thermometry you choose. You can buy all of them, or any combination of them, and change the Stack and its functions anytime you want. Each module stacks behind the preceding one, and when you add a module, the Stack’s software automatically reconfigures itself to include all of the new functions supplied by that module. There’s nothing to take apart. No boards need to be installed. There’s no software to load, and nothing has to be calibrated. Just stack a new module onto the back of the previous modules and you’re ready to use the Black Stack and all of its remarkable features.
Fluke Calibration’s new Model 9935 Multi Channel LogWare makes the Black Stack an even more powerful data acquisition tool. LogWare provides graphical and statistical analysis of each channel you’re measuring (up to 96 with the Black Stack). And with alarms that can be customized, delayed start times, and selectable logging intervals, LogWare turns the Black Stack into the most powerful temperature data acquisition tool on the market.
The Stack starts with a base module. It consists of two parts: a display with the main processor and a power supply. The base module supplies power, communication management, and software coordination for all of the other modules. It has the display, control buttons, and RS-232 port built-in.
Each base module can handle eight thermometer modules stacked behind it with a maximum of 96 sensor inputs. The base module never needs calibration and performs its own diagnostic self-test each time it powers up. The thermometer characteristics of each base module are defined by the thermometry modules stacked behind it.
There are nine thermometry modules: an SPRT module, a high-temp PRT module, a PRT scanner module, a standards thermistor module, two 1000-ohm PRT modules, a thermistor scanner module, a precision thermocouple module, and a thermocouple scanner module.
Each module has its own processor and connects to the stack on a proprietary digital bus. Each retains its own calibration data and performs all analog measurement functions within the module.
The SPRT module reads 25-ohm and 100-ohm four-wire RTDs, PRTs, and SPRTs with very high accuracy. It turns the Stack into a first-rate reference thermometer with an accuracy to ±0.005°C.
It has two input channels so you can collect data with two reference sensors, or you can do comparison calibrations of one sensor against a calibrated reference sensor.
Temperature conversion features include direct resistance measurement, ITS-90, W(T90), IPTS-68, Callendar-Van Dusen, or an RTD polynomial conversion. The user-changeable default values for the CVD conversion fit the 100-ohm, 0.00385 ALPHA sensor described by IEC-751.
The SPRT modules can be used one at a time or combined together in any combination for reading up to 16 different reference thermometers. If you stack an SPRT module with a scanner module, you can test multiple sensors against your reference. Unlike other competitive instruments, our PRT Scanner Module operates with or without the two-channel SPRT module. If you can think of a way to use a reference thermometer, you can do it with the Stack.
This module reads 2.5-ohm and 0.25-ohm four-wire HTPRTs and RTDs. The complete resistance range covers up to 5-ohm sensors with applications as high as 1200°C. The temperature conversion features are the same as for the SPRT module, and like the SPRT module, the connectors are gold plated.
This module reads eight channels of two-, three- or four-wire 100-ohm PRTs or RTDs. The accuracy is ±0.01°C at 0°C for calibration of industrial sensors. The common industrial RTD can be read with the default values in the CVD temperature conversion for fast setup of industrial applications, or you can enter individual probe constants for higher accuracy data acquisition.
For 1000-ohm PRTs, these modules provide all the same great features as the 2560 and 2562 Modules. The two-channel 2567 Module has a resistance range of 0 to 4000 ohms and is accurate to ±0.006°C at 0°C. The 2568 Module reads up to eight 1000-ohm PRTs and at 0°C is accurate to ±0.01°C. Don’t use an ohmmeter or multimeter to read your 1000-ohm PRTs when you can use a Black Stack loaded with convenient temperature functions.
Special low-drift thermistors are becoming increasingly popular as reference probes in applications with modest temperature ranges up to 100°C. This module has a temperature accuracy of ±0.0013°C at 0°C with a resolution of 0.0001°C.
The 2563 Thermistor Module has two input channels. It displays direct resistance in ohms or converts directly to a temperature readout using either the Steinhart-Hart equation or a higher-order polynomial.
This module is usable with any type of thermistor but has eight channels instead of the two channels found on the Standards Thermistor Module and operates with or without the Standards Thermistor Module. This module’s accuracy is ±0.0025°C at 0°C for all eight channels.
The eight channels make the 2564 module an excellent data acquisition tool. It can be used in research work or for verification of biomedical equipment such as DNA sequencing apparatus.
This precision thermocouple module reads any type of thermocouple, including type S platinum thermocouples and the new gold-platinum thermocouples for standards work. This two-channel module has internal cold junction compensation, or you can use an external source for even greater accuracy.
All the standard ANSI thermocouple types are preprogrammed; however, you can choose a conversion method and then enter the probe characteristics of your sensor, creating a system-calibrated channel. The 2565 module accepts up to three calibration points for error adjustment in the individual sensor. A polynomial interpolation function calculates the points between your measurements.
Type R, type S, and gold-platinum conversions accept complete polynomial calibration coefficients. Additionally, a thermocouple conversion function calculates temperature by interpolating from a table. You enter the temperature in degrees C and the corresponding voltage for your specific sensor from 1 to 10 temperatures. Interpolation is performed between the entered points.
This module has 12 channels and reads K, J, T, S, R, B, E, and N thermocouples. Each channel can be set to read a different type of thermocouple. All temperature readings are performed in exactly the same manner as with the 2565 module.
The connectors on the scanner module are special dual connectors that accept both the common miniature and standard thermocouple connectors. If you want to use screw terminals, use the appropriately-sized connector with the hood removed.
The 1560 Black Stack is an incredible thermometer. You buy only the modules you need for the work you are doing. If your work changes, simply order the modules with the functions you need and slip them onto the back of the Stack. Your thermometer changes its software, display, and method of operation to match the new functions you’ve added.
Remember, you never have to open the case to add modules. There’s no software to load. It’s all automatic.
Each module stores its own calibration internally, so you can add or change modules without recalibrating the whole stack. Module calibration is digital and is performed manually through the base’s front panel or over the RS-232 link. If your lab has the capability, you can calibrate modules yourself. If not, send them to us with or without your base unit and we’ll recalibrate them.
The LCD screen has multiple methods of displaying data, including a graphical strip chart recorder. The graphical capability of the Black Stack makes testing temperature stability easier than ever. Vertical scaling and graph resolution are automatic.
The Stack has high-accuracy, two-channel capability or multi-channel functionality if you need it. Its memory stores the most recent 1000 readings, or you can send your data to your PC through the RS-232 port. Each data point is time and date stamped. An IEEE-488 port is optional.
With the Black Stack you can read data almost anyway you like—in ohms, millivolts, or temperature, according to your application and preference.
Remember, this thermometer’s calibration is traceable to NIST. Its accuracy is as high as ±0.0013°C, depending on the module and sensor you’re using.
We get asked this question more than any other question. There are several reasons for the shape of the Black Stack.
When we started the design process on the Black Stack, we wanted a unique instrument that was a true technological leap in thermometry. Incremental improvements are okay sometimes, but if you’re going to lead the industry, you might as well go out and lead it.
Here are some of the design criteria we started with. The new thermometer had to be capable of transforming itself into any kind of thermometry instrument the customer wanted, and it had to do this without having to open the box, replace boards or set up anything. All connections must be easily accessible from the front of the instrument, with no connectors on the front panel. The front panel had to be easy to read, all features including programming should be done on the front panel and the programming should take advantage of the graphical capability of the display. The software had to be as creative and as versatile as the instrument. It had to be easy to use and, if at all possible, even fun to use. And finally, it had to be very accurate.
The shape of the Black Stack facilitates the function and usability of the instrument. And it is unbelievably functional and fun to use.
Copyright © 2007 All Rights Reserved. 深圳市晧辰电子科技有限公司 版权所有 [粤ICP备14101712号-1] [法律顾问]
公司地址：广东省深圳市南山区南山智谷产业园F座1402 邮编：518055
