MEasurement starts with ME. USB DAQ lab Lowcost, com plete 12 bit USB mini DAQ lab ME-RME-RedLab 1edLab 1008008 The ME-RedLab 1008 is a complete USB miniature DAQ lab. It is the ideal alternative solution for simple standard DAQ and control applications at a low price, for example in education or for experimental measurement setups. 8 single-ended or 4 differential analog inputs. 12 bit A/D conversion up to 1.2 kS/s, 8 kS/s up to 4000 values. Differential input range: 20 V, 10 V, 5 V, 4 V, 2.5 V, 2.0 V, 1.25 V, 1.0 V, programmable. 2 analog outputs, 10 bit. 32 bit event counter. 24 digital I/O channels, wired to the 37-pin D-sub connector. Expandable with relays or opto-isolation with the ME-UB series. 4 additional, discrete digital I/O channels with screw terminals. USB 1 .1 compatible. Size (mm): 157 (L) x 102 (W) x 40 (H). Ordering codes ME-RedLab 1008 Model Description Software ME-RedLab 1008 USB mini DAQ lab. Included: Multi I/O DAQ lab, USB cable, screw Included: TracerDAQ, Universal Library, Drivers for LabVIEW driver and software and SoftWIRE. ME-RedPack 1008 ME-RedLab 1008 bundled with software Pro Lab Expert Accessory Model Decription ME AK-D37 2 m cable. 37-pin D-sub male-female, 1:1 contacted. Connects ME-RedLab 1008 and ME AB-D37F or ME-UB37. ME AB-D37F Terminal block. 37-pin D-sub female and spring teminals. ME-UB37 Termnal box. 37-pin D-sub female and spring terminals. Can be plugged directly on the ME-RedLab connector. ME AK-DUB Cable. Connects 3 ME-UB boxes to a ME-RedLab 1008: 37-pin D-sub female and 3x 15-pin D-sub male + low voltage plug for external power supply for the ME-UB boxes. ME-UB Serie External expansions boxes, with relays or opto-isolation. For the ME-RedLab 1008 digital ports. Use in any combination: ME-UB15 (terminal), ME-UBRE (relays), ME-UBOI (opto inputs), ME-UBOO (opto outputs). ME AB-D15F Terminal block. 15-pin D-sub female and spring terminals. DIN rail moutbale. Can be used instead of ME-UB15. For digital ports. Pro Lab-Expert Graphic software for ME-RedLab 1008, also available as a bundle (ME-RedPack 1008) Speci cations ME-RedLab + Connectivity Analog inputs Channels 8, individually con gurated as 8 single-ended or 4 differential channels. Connectors: Screw terminals Input ranges 20 V, 10 V, 5 V, 4 V, 2.5 V, 2.0 V, 1.25 V, 1.0 V Breakout cable Rate Max. 8 kS/s ME AK-DUB Resolution 12 bit differential, 11 bit single-ended Trigger Source programmable external DIO0DIO3 Analog outputs 3x ME-UB series Channels 2 voltage outputs. Connectors: Screw terminals 15-pin/8 channels Output range 05 V Rate Software controlled 100 S/s (single channel), 50 S/s (2 channel) Resolution 10 bit Digital I/O Mini USB DAQ lab Low voltage plug Diskrete I/Os 4 independent, programmable as input or outputs (screw ME-RedLab 1008 for supply power terminals), 5 V/TTL. Input, high: 3.0 V min., 15.0 V absolute max. input, low: 0.8 V max. output, no load: V - 0.4 V min., V typ output, s s ME-UB series 1 mA load: V - 1.5 V. s Protection: 1.5 k serial resistor Port I/Os 24 I/O channels, grouped in 4x 8 bit ports, each port programmable as input or output (type 82C55). All pins with pull-up to V over 47 k . s Input, high: 2.0 V min., 5.5 V absolute max. input, low: 0.8 V max., -0.5 V absolute min. output high: (I =-2.5 mA) OH 3.0 V min. Counter Channels 1 channel, event counter. Connector: Screw terminals ME AK-DUB Resolution 32 bit ME AB-D15F Frequency Input frequency max. 1 MHz Pulswidth High/low 500 ns min. Voltage Input, low: 0 V min., 1.0 V max. input, high: 4.0 V min., 15.0 V max. General data ME AK-D37 Size (mm) ~157 (L) x 102 (W) x 40 (H) Power supply Via USB ME AB-D37F Interface USB 1.1 low-speed max. 3 m USB cable Connectors Screw terminals, 37-pin D-sub male. USB: Type B Environmental Storage and operating temperature -4085C, 090% rel. humidity, non-condensingwww.meilhaus.com sales meilhaus.com USB DAQ lab V ersatile USB temperature DAQ labs ME-RME-RedLab TedLab TCC and TEMP and TEMP Now you can connect temperature sensors to your PC via USB in a very simple way with the ME-RedLab TC and TEMP The lowcost model TC supports thermocouples only, whereas you can also connect RTDs, thermistors or semiconductor temperature sensors to the TEMP model. The sensor type is software selectable. The models CF have additional data logger functionality with CompactFlash. 8 independent, dif ferential input channels for temperature measurement. ME-RedLab TC and ME-RedLab TC CF (5201) Support thermocouples of type J, K, T, E, R, S, B, N. Linearisation, cold junction compensation as well as conversion to C or F in the module ME-RedLab TEMP and ME-RedLab TEMP CF (5203) Support 4 types of sensors: Thermocouples of type J, K, T, E, R, S, B, N, RTDs (2-, 3-, 4-wire, eg. four 3-wire RTDs), Thermistors, semiconductor temperature sensors. The 8 channels can operate with a mix of the supported sensor types without additional signal conditioning. Also bundled with software Pro Lab-Expert: ME-RedPack High pr ecision 24 bit A/D converter. Built-in ambient temperature sensor (for CJC/cold junction Software compensation). Included: TracerDAQ (strip chart recorder and data logger). 8 additional digital I/O lines. SoftWIRE (graphic programming environment for Visual Models CF: Data logger function incl. 64 MB CompactFlash. Studio .NET). Universal Library (support for programming Con guration and download of data to the PC via USB. Stand-alone languages under Windows). InstaCAL Utility (for simple operation (battery buffered), independent from PC. installation, calibration and test). LabVIEW drivers and VIs. PlugnPlay USB 2.0 (full-speed, USB cable incl.). Supply power via USB. Ordering codes and functions ME-RedLab TC and TEMP Model Description Supported sensors Included ME-RedLab TC Temperature DAQ box Thermo couples J, K, T, E, R, S, B, N USB DAQ box, USB cable (type A-B), ME-RedLab TC CF (5201) Temperature DAQ logger screw driver, CD with software/PDF ME-RedLab TEMP Temperature DAQ box Thermo couples J, K, T, E, R, S, B, N, RTDs (2-, 3-, 4- manuals. Logger models CF: 64 MB ME-RedLab TEMP CF (5203) Temperature DAQ logger wire), Thermistors, semiconductor temp. sensors CompactFlash memory card ME-RedPack xxxx ME-RedLab xxxx USB module bundled with software Pro Lab-Expert Speci cations Analog inputs ME-RedLab TC (CF) ME-RedLab TEMP (CF) Number 8 differential. Built-in environmental temperature sensor (CJC). Modul warm up time min. 30 min 1) Input types and specs Thermocouples K, T, E, R, S ,B, N 0.080 V 2) - RTDs (100 PT) 00.5 V . 2) - Thermistors (standard 2,25230,000 ) 02 V . 1) - Semicon. sensors (TMP36 and aequivalent) 02.5 V A/D converter Four dual 24 bit sigma-delta converters Isolation Min. 500 VDC between DAQ connectors and USB interface Input data Voltage max. 25 V power-on, 40 V power-off. Impedance min. 5 G . Input coupling: DC Open thermocouple detect Automatically enabled when the channel pair is con gured for TC sensor. The max. open detection time is 3 s. Max. throughput rate Depending on number of channels in use between 2 S/s (1 channel) to 2 S/s per channel, total 16 S/s (8 channels). The analog inputs are con gured to run continuously. Each channel is sampled twice per second Digital I/O ME-RedLab TC (CF) ME-RedLab TEMP (CF) Number 8 discrete, each line programmable as input or output Types and specs CMOS. Input high: 2.0 V min./5.5 V abs. max. Input low: 0.8 V max./-0.5 V abs. min. Output high (I =2.5 mA):0.7 V OL max. output low (IOH=-2.5 mA): 3.8 V min. Data logger ME-RedLab TC CF ME-RedLab TEMP CF Models CF Con guration, data transfer to PC via USB. Stand-alone operation, independent form PC: Logging to CompactFlash General data ME-RedLab TC (CF) ME-RedLab TEMP (CF) Size (mm) ~127 (L) x 88.9 (W) x 35.56 (H) Power supply From PC via USB, max. 100 mA Models CF: Additional battery buffer Interface USB 2.0 full-speed, compatible with USB 1.1, 2.0 Conectors I/O: 2x 10 and 2x 16 screw terminals. USB: Type B. Cable to type A incl. Models CF: CompactFlash slot Environmental Operating temperature 070C, -4085C storage temperature, 090% rel. humidity non-condensing 1) 8 differential channels 2) 2-wire with one sensor: 4 differential channels. 2-wire with two sensors: 8 differential channels. 3-wire with one sensor per pair of channels: 4 differential channels. 4-wire: 8 differential channels.