Grant Instruments SQ2010

A powerful portable data logger for everyday use

The Squirrel 2010 is a versatile, general purpose logger, with 4 to 8 analogue input channels to measure current, voltage, resistance and temperature, plus 8 digital channels. All can be logged or used as triggers to automatically start or stop logging.

It is a compact, portable logger which is also suitable for bench based and fixed installations. Easily programmed via the four integral push buttons and large graphical display and with a basic accuracy of 0.1%, the Squirrel 2010 is able to fulfil many routine data logging needs, including more demanding applications requiring up to 10 readings per second on one channel.

• • Flexible

• • Very easy to use

• • Economical

• • Handheld, ergonomic design

• • USB connectivity with PC

• • Ethernet or RS232 communications options available

• • Extended battery life for unattended logging

Key Features

• • Compact, portable data logger

• • Powered from internal cells, external PSU or via USB connection

• • 4 to 8 universal analogue inputs (current, voltage, resistance, temperature) plus 8 digital inputs

• • 16 derived/calculated channels

• • 2 alarm outputs

• • 2 pulse counter inputs (1 at up to 64kHz, 1 at up to 100Hz)

• • Configured via large easy-to-read graphical display

• • 1% accuracy, 24-bit A to D conversion

• • Up to 14 million readings

• • Supplied with SquirrelView set-up/download and export software

• • Up to 10 readings per second on 1 channel

Analogue inputs supported

• • Thermistors

• • Thermocouples

• • Voltage

• • Current

• • Resistance

Key Capabilities

• • Create complex schedules of logging rates, triggers and alarm outputs

• • Scale and view readings in real time on the integral display or on a PC running SquirrelView or Excel

• • Display readings in preferred engineering units e.g. Hz, Bar, Pascals, Nm etc.

• • Select logging rates up to 10 Hz. Single channel only

• • Derive up to 16 calculated (virtual) channels from real input channels using mathematical functions

• • Concurrently sample channels at different sample speeds