DOSTMANN PDF Data Logger LOG200 E with Display for Internal Temperature, 1x Input for External Temperature

The DOSTMANN PDF Data Logger LOG200 E is designed for accurate temperature monitoring, featuring a display for internal temperature and inputs for one external Pt 100 temperature sensor. Equipped with a motion sensor for shock recording and an integrated USB interface for automatic PDF output, this versatile data logger is ideal for laboratories, industrial environments, and sensitive transport applications. It offers a freely adjustable recording interval from 10 seconds to 24 hours, min and max values resettable on the display, and a time marking function ("Time Marker") during data recording. The device can be used without additional software or driver installation, and features status and alarm LEDs with buzzer alerts. Battery life extends up to 4 years at recording intervals greater than 15 minutes.

Key Features:

• Brand: DOSTMANN
• Display: Integrated display for real-time monitoring of internal temperature with min/max value reset
• Inputs: 1x input for external Pt 100 temperature sensor for flexible measurements
• Motion Sensor: Detects shocks and movement during recording
• Recording Interval: Freely adjustable from 10 seconds to 24 hours
• Data Output: Automatic PDF file generation via USB; no software or driver installation needed
• Memory Capacity: Stores up to 100,000 readings
• Alarm System: Status and alarm LEDs with buzzer
• Power: Battery life up to 4 years at intervals >15 minutes
• Display: Can be switched off to save power
• Software: Free software available for download on the manufacturer’s website
• Applications: Ideal for monitoring temperature in laboratories, industrial environments, and sensitive transport

Scope of Supply:

• Data logger
• Wall mount
• Battery (1/2 AA, 3.6 V)
• USB cover
• Screws and dowels

Temperature probes are available as accessories.

The DOSTMANN PDF Data Logger LOG200 E provides a comprehensive solution for temperature monitoring with dual input capability, making it an essential tool for various temperature-sensitive applications.