SINEAX TV809可编程隔离放大器
SINEAX TV809可编程隔离放大器 将输入和输出信号与电绝缘，分别放大或改变输入信号的信号电平或类型，用来监测单极或双极直流和电压，也可以用在危险区域信号的安全输入，测量变量和测量范围可以通过PC机、编程电缆和编程软件进行编程；特殊被测变量数据如模拟量输出信号、传输特性及各种功能，还可以与报警功能相结合进行编程。隔离放大器符合EN 61010-1所有有关电磁兼容EMV和安全的重要要求和规定，在设计研发与制造和测试中都严格按照ISO90......
产品描述
SINEAX TV809可编程隔离放大器将输入和输出信号与电绝缘，分别放大或改变输入信号的信号电平或类型，用来监测单极或双极直流和电压，也可以用在危险区域信号的安全输入，测量变量和测量范围可以通过PC机、编程电缆和编程软件进行编程；特殊被测变量数据如模拟量输出信号、传输特性及各种功能，还可以与报警功能相结合进行编程。隔离放大器符合EN 61010-1所有有关电磁兼容EMV和安全的重要要求和规定，在设计研发与制造和测试中都严格按照ISO9001/EN 29001质量保证标准进行。
SINEAX TV809可编程隔离器点
可以使用PC对测量输入，测量输出和极限值功能进行编程
测量输出程序 在±20 mA或±10 V范围内
输入电压至±1000 V
响应特性可以按需缩放，也可以逆向缩放
输入信号线性化是可能的
可以在线查询测量值，并且可以通过PC控制输出
辅助电源监控和带有绿色LED的极限值指示
作为标准变体提供（Ex变体不再可用）
串列介面
凝结时间短
可编程输入过滤器
任意转换因子，也可进行信号反演
内置报警继电器（可选）
宽直流、交流电源组公差/通用
P12外壳，用于高帽导轨安装
P12外壳，用于高帽导轨安装
SINEAX TV809可编程隔离放大器规格说明书
| Description | *Blocking code | No-go with locking code | Article No./ Feature | ||||
| SINEAX TV809 Order Code 809 - xxxx xxxx xxxx xx | 809 – | ||||||
| Features, Selection | |||||||
| 1. |
Mechanical design Housing P12/17 for rail mounting, connecting screw terminals not pluggable |
3 |
|||||
| Housing P12/17 St for rail mounting, connecting screw terminals pluggable | 9 | ||||||
| 2. |
Version / Power supply H Standard / 24 … 60 V DC/AC |
1 |
|||||
| Standard / 85 … 230 V DC/AC | 2 | ||||||
| [Ex ia Ga] IIC and [Ex ia Da] IIIC / 24…60 V DC/AC, input intrinsically safe | 3 | ||||||
| [Ex ia Ga] IIC and [Ex ia Da] IIIC / 85…110 V DC, 230 V AC, input intrinsically safe | 4 | ||||||
| 3. |
Current input rating Input current, max. final value 100 mA (standard version) |
D |
1 |
||||
| Input current, max. final value 1.5 mA | E | 2 | |||||
| For hardware layout of current input. Must be specified, even if used (programmed) for voltage input only! | |||||||
| 4. |
Alarm function Without alarm function |
F |
0 |
||||
| With built-in alarm relay | 1 | ||||||
| 5. |
Test records Without test records |
0 |
|||||
| Test records in German | D | ||||||
| Test records in English | E | ||||||
| 6. |
Configuration Basic configuration programmed Specification complete! Basic configuration corresponds with input current max. final value 100 mA, Line 0 in feature 7 to 11 as well as line 0 in feature 12 to 14, without alarm function or line 1 in feature 12 to 14, with alarm function. With input current max. final value 1.5 mA, line 1 in feature 7 corresponds with the basic configuration. |
G |
0 |
||||
|
Programmed to order The following features 7 to 11 resp. 7 to 14 (with alarm contact) must be fully specified. |
1 | ||||||
| 7. |
Input signal Input 4 … 20 mA |
E |
0 |
||||
| Input 0 … 1 mA | D | 1 | |||||
| Input [V] | G | 9 | |||||
|
Input [V] initial/final value between – 1000 and 1000 at standard version, Ex version max. 30 V! Zero position anywhere, minimal span 0.05 V* |
|||||||
| Input [mA] | G | Z | |||||
|
Input [mA] at nominal value 100 mA (line 1 in feature 3) initial/final value between – 100 and 100, zero position anywhere, minimal span 3 mA* Input [mA] at nominal value 1.5 mA (line 2 in feature 3) initial/final value between – 1.5 and 1.5, zero position anywhere, minimal span 0.09 mA* |
|||||||
| * Minimal span ≥ 0.1 x highest input value quantity | |||||||
| 8. |
Output signal Output 4 … 20 mA |
0 |
|||||
| Output (reference range – 10 … 10 V) [V] | G | 9 | |||||
| Output (reference range – 20 … 20 mA) [mA] | G | Z | |||||
|
Lines 9 and Z： Any initial and final value within reference range, also with inversed characteristic, e.g. 20 … 4 mA, + 10 … – 5 V. Attention! Additional error (lower resolution) for reduced start or final value! |
|||||||
| 9. |
Output characteristic Linear |
0 |
|||||
| Special characteristic (for individual characteristic, on inquiry) | G | 9 | |||||
| 10. |
Output time response Setting time standard, approx. 80 ms |
0 |
|||||
| Setting time [s] | G | 9 | |||||
| Values from 0.14 to 1500 s in 14 steps, depending on the selected frequency in feature 11; values for 50 and 60 Hz | |||||||
| 11. |
Mains ripple suppression For frequency 50 Hz |
0 |
|||||
| For frequency 60 Hz | G | 1 | |||||
| 12. |
Alarm, type and values Alarm function inactive |
H |
0 |
||||
| High alarm 90%; hysteresis 1% (standard values) | K | F | 1 | ||||
| High alarm, hysteresis [%; %] | K | FG | 2 | ||||
| Low alarm, hysteresis [%;%] | K | FG | 3 | ||||
|
Lines 2 and 3： Specify values in % of the input span, Setpoint： Any value between – 10% and 110%, with initial value of measuring range always corresponding to 0%; hysteresis > 0 to 100%. Examples for setpoint (extreme values)： Input range： Input at – 10%： Input at 110%： 4 … 20 mA 2.4 mA 21.6 mA – 10 … 10 mA – 12 mA 12 mA – 5 … 10 V – 6.5 V 11.5 V |
|||||||
| 13. |
Alarm, switching delay Alarm function inactive |
K |
0 |
||||
| Delay energizing/deenergizing 0.2 s (standard) | H | 1 | |||||
| Delay energizing/deenergizing [s; s] Energizing and deenergizing delay [s] 0 to 1080 |
GH |
2 |
|||||
| 14. |
Alarm, mode of action Alarm function inactive |
K |
0 |
||||
| Contact closed in alarm condition and at power loss | H | 1 | |||||
| Contact open in alarm condition and at power loss | GH | 2 | |||||
| Contact closed in alarm condition, open at power loss | GH | 3 | |||||
| Contact open in alarm condition, closed at power loss | GH | 4 | |||||
试运行温度：–10至+55°C
工作温度：–20至+55°C
储存温度：–40至+70°C级
工作温度：–20至+55°C
储存温度：–40至+70°C级
相对湿度：≤ 75%，无冷凝
电流输入：-1.5~+1.5 mA或-100~+100 mA
电压输入：-1.7~+1.7V或 -1000~+1000 V
电流输出：-0.5~+0.5 mA 或 -20~ +20 mA
电压输出：-0.5~+0.5或 -10~+10V
继电器输出：AC：250V,2A, 500 VA；DC： 125V,2 A, max.60 W
供电电源：24~ 60V AC/DC or 85~ 230 V AC/DC
外形尺寸：69.2x 17.5x114 mm (终端不可拔插)
85x 17.5x 114 mm (终端可拔插）
SINEAX TV809可编程隔离放大器的编程需要一台PC机配合编程电缆PRKAB 600（对于Ex版本）或者PRKAB560（非防爆型）加辅助电缆以及配置的软件TV800 PLUS来进行编程（TV800PLUS软件以CD形式提供，可以在Windows 95或更高版本下运行），PC可以为其供电；测量输入（电流、电压、测量范围）、测量输出（电流、电压、输出范围）和使用PC编程的继电器功能的项目规划和工程，交货时间短，库存水平低可以安装在任何位置的顶帽轨道上，要注意安装环境的要求。电力，不像墙上的插座那么简单!
文章来源于Camillebauer
