Distortion-free from DC to 1MHz: The LTT500 reaches the 1MHz mark with an incredible frequency response of ‑0.02dB (>99.7%), providing a phenomenally low noise level down to
-100dB.

 

The completely sealed aluminium housing is milled from the solid and IP50 sealed against dust. Optional IP65 sealed against water. It is very sturdy and usable in crash objects for crash testing.

 

 

 

 

 

 

include the full range of tasks where high signal quality in dynamic and static processes matters, even in harsh environments!

 

To set up the LTT500, the amplifier is connected to a computer via Ethernet or USB interface. The provided software allows for individual setup of each channel. Setup changes are performed within split seconds. The last settings can be optionally stored in the amplifier to allow further operation without computer.

 

Sensor or cable defects and signal errors are detected. All channels are monitored for overload, short-circuit, cable break and high thermic load of the sensor supply voltage. Several LEDs per channel provide status information.

 

The ultra low-noise and high-precision sensor supply can be set individually per channel. There is a choice between constant current and constant voltage. Each channel has its own, galvanic isolated power supply with a maximum load of 2W from the sensor.

 

 

If required, the built-in AutoZero function compensates zero point errors in the connected signal up to +/- 200% of the selected measuring range. 

Should your measurement task become a hot affair you can just replace the existing sensors with heat-resistant charge sensors. The LTT500 will also amplify these signals with high precision and resolution over a broadband range (0.1Hz‑1MHz). Optionally, the LTT500 can tame drifting sensor signals using a range of high-pass filters and apply automatic or time controlled zero corrections.

Fully equipped channels featuring all signal conditioning functions eliminate the need for exchanging different input modules and allow connecting any sensor to any input. The time from one setup to another is reduced considerably.

TEDS technology is today widely accepted for ICP-based sensors. The LTT500 amplifier reads out sensor data from the TEDS chip, thus facilitating the selection of the adequate measuring range. The LTT500 also supports this technology with all other sensor types such as strain gauge bridges.

 LTT – Labortechnik Tasler GmbH stands for sophisticated PC measurement technology that is continually improved to provide special solutions for the need of our customers. LTT holds patents worldwide, such as for the method of extremely fast real-time data transfer.

The new LTT500 Measuring Amplifier not only complements the well-established LTT‑product series Transient Recorder LTT184/186 and SensorCorder LTT180/182 with additional signal conditioning features, but also any A/D converter card and front-end already used by the customer.

Every now and then test benches and other measurement systems will reach their technical limits. Enhancements are expensive and time-consuming. Extensive software customisation often involves risks that are identified too late.
New software packages mean staff training and start-up issues.

With the LTT500, the user will benefit from the wide range of new features without having to customise existing measurement concepts and software packages. The LTT500 can be set up separately and works even without a PC. This will bring down costs and risks to an acceptable level.

When LTT18x measurement systems and the LTT500 are used together Labview‑drivers or DASYLab10 software offer a comfortable and fast option for integrating measured LTT data into complex test bench programs. Graphical programming using function blocks allows fast creating of test sequences. Furthermore, these systems are eminently well-suited for mobile operation due to sample rates up to 20 MHz per channel and 16-bit precision.

For high channel count systems distributed on many computers, the Gigabit‑Ethernet‑based software LTTproNet sets the benchmark. It offers secure online archiving of LTT data from hundreds of channels together with concurrent visualisation and calculations on numerous PCs and screens. With a press of a button the recorded data can be played back on the network at any time, allowing for post-processing of the original data.

Patented data transfer allows for online visualisation and online storing of measured data in real-time. The recorded data are saved online in commercial file formats such as DIAdem, Famos and NI TDM, ready for post-processing. No tedious data export/import is required. Of course file exports to Matlab, DASYLab and Excel are supported as well.

Optionally, the instruments are available with integrated hard disk for stand-alone operation if you want to perform measurements without PC connection.

The integrated online arithmetic of the LTT18x systems allows pre-analysing the measured data already during the measurement. Thus, important decisions on the further procedure can be taken directly.

µRemus software from Dr. Sibaei & Hastrich supports the LTT hardware and enables signal analysis, modal analysis, balancing and even an acoustic camera. 

LTT Transient Recorders and SensorCorders are used by well-known customers in the fields of motor development, airbag development, machine and plant engineering, material research at technical universities, military material testing, marine water sound applications, drive train development, component tests, crash tests, turbine power plants, wind power industry etc.

 

The production is outsourced to quality certified companies: technosert electronic GmbH in Austria and Englert GmbH & Co. KG in Wertheim.