- 高达512通道的测量通道数，400k Hz数据吞吐量；
- 多样化的信号放大模组可供选购(ICP、电桥放大、热电偶等…)，方便且精巧；
- 8个数字信号输入通道，8个数字信号输出通道，4个模拟信号输出通道；4个编码器输入通道以得到RPM或位移量；
- 实时运算(Real-time calculation)；多功能软件操作和运算；
Available in six different housing sizes, including a 19" rack version,
with up to 128 analog input channels, plus CAN Bus
6种不同机型，包括19吋机箱；多达128模拟信号输入通道，另加CAN总线
imc SPARTAN housing models
|
Slots
|
 |
imc SPARTAN-1
compact and robust housing with 2 slots
for up to 16 analog inputs |
2 |
 |
imc SPARTAN-2
compact and robust housing with 4
slots for up to 32 analog inputs |
4 |
 |
imc SPARTAN-4
compact and robust housing with 8
slots for up to 64 analog inputs |
8 |
 |
imc SPARTAN-6
compact and robust housing with 12 slots
for up to 96 analog inputs |
12 |
 |
imc SPARTAN-8
compact and robust housing with 16 slots
for up to 128 analog inputs |
16 |
| |
imc SPARTAN-R
19" rack version housing (3HE/84TE) with 16 slots
for up to 128 analog inputs |
16 |
Configuration 配置
| |
SPARTAN
-1 / 2 / 4 / 6 / 8 |
SPARTAN-R |
| General |
|
|
| Aggregate sampling rate |
400 kSps |
| max. channel sampling rate |
500 Sps / chan |
| Housing type |
portable |
19" rack |
| max. number of channels configurable |
16/32/64/96/128 |
128 |
| configurable module slots (1 slot = 4 HP) |
2/4/8/12/16 |
16 |
| Operating conditions |
|
|
| Operating temp. range |
 |
|
| Extended temp. range (incl. condensation) |
 |
|
| Shock vibration rating |
30g pk (3 ms) |
| Connectivity |
|
|
| Ethernet |
100 MBit |
| W-LAN (WiFi) |
|
|
| Wireless GSM |
|
|
| WLAN / wireless router |
|
|
| GPS connection port |
|
|
| Display connection port |
|
|
| Remote controlled main switch |
|
|
| Programmable status feedback (LEDs) |
|
|
| Data Storage |
|
|
| CF card slot (Compact Flash) |
|
|
| storage on PC / network drive |
|
|
| IDE hard drive (internal) |
|
|
| Stand Alone Capabilities |
|
|
| PC independent complex trigger functionality |
|
|
| onboard real-time data analysis (imc Online FAMOS) |
|
|
| Autarkic PC-less operation, self start (timer, absolute time) |
|
|
| Synchronization & Clock |
|
|
| Master-Slave between different imc systems |
|
|
| NTP network based synchronization |
|
|
| via external GPS signal |
|
|
| via external IRIG-B & DCF-77 signal |
|
|
| Pulse Counter and Process Control (Digital I/O) |
|
|
| 16 Bit digital in, 8 Bit digital out |
|
|
| 4 pulse counter (2 chan quadrature mode) |
|
|
| Field Bus Extensions |
|
|
| CAN |
|
|
| LIN |
|
|
| FlexRay |
|
|
| ARINC |
|
|
| XCPoE |
|
|
| Power Supply |
|
|
| DC input 10V to 32V |
|
|
| AC/DC adapter (110 to 230VAC) |
|
|
| data integrity upon power fail |
|
|
| UPS (lead gel battery) |
|
|
| UPS (extended range Li-Ion) |
|
|
| isolated power supply input |
|
|
| Software |
|
|
| imc STUDIO Standard included |
|
|
| imc REMOTE WebServer |
|
|
应用案例：《重庆交通大学学报(自然科学版)》 2013年01期
基于IMC数采器的跨座式单轨列车转向架疲劳试验
【摘要】：以跨坐式单轨列车转向架构架为试验对象,在构架危险部位布置应变片。采用半桥路接线法,运用IMC公司便携式数采器CI,对车辆在30,35,40,45 km/h运行速度下危险部位测点的应力时间历程数据实时采集。对采集的数据进行截取、滤波、平滑、迟滞处理及载荷谱无效幅值舍弃后,编制雨流计数程序及材料的S-N材料特性程序,计算出该构架在不同时速、不同滤波情况下疲劳损伤值。根据测试的数据,拟合出损伤值与速度之间的函数关系,预测了转向架构架在不同运行速度下的疲劳寿命。
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