877-41 SCALE (72253), 973-216-6739 sales@globalscaleco.com

Rice Lake, TA Series Tuning Fork Balance

$1,740.00$1,760.00

In many busy laboratory environments, time is wasted waiting for balances to stabilize and adjust to their surroundings. But saving time doesn’t mean you have to sacrifice accuracy. The TA Series is Rice Lake’s first ever analytical balance to feature the Mono-Metal Tuning Fork Sensor. A tuning fork system eliminates the need for stabilization time while maintaining the accuracy and precision you expect in an analytical balance. Calibration is fully automatic and can be prompted with the touch of a button using the system’s Automatic Repeatability Measurement (ARM) and automatic span adjustment. Standard Features; Anti-electrostatic 360 transparent windshield, Large back lit 16.5 mm high Liquid Crystal Display (LCD) and displays 8-digits, Single-touch response setting for environment, RS-232C interface, ISO/GLP/BMP compliant printing, Internal Calibration.

SKU: N/A Category: Tags: , , ,

Available Options:

Description

In many busy laboratory environments, time is wasted waiting for balances to stabilize and adjust to their surroundings. But saving time doesn’t mean you have to sacrifice accuracy. The TA Series is Rice Lake’s first-ever Analytical Balance to feature the Mono-Metal Tuning Fork Sensor. A tuning fork system eliminates the need for stabilization time while maintaining the accuracy and precision you expect in an analytical balance. Rice Lake’s  Analytical Balance TA Series Calibration is fully automatic and can be prompted with the touch of a button using the system’s Automatic Repeatability Measurement (ARM) and automatic span adjustment. Standard Features; Anti-electrostatic 360 transparent windshield, Large backlit 16.5 mm high Liquid Crystal Display (LCD) and displays 8-digits, Single-touch response setting for environment, RS-232C interface, ISO/GLP/BMP compliant printing, Internal Calibration.

Additional information

Weight10 lbs
Model

TA-120, TA-220

Capacity

120 g, 220 g

Resolution

0.0001 g