check quantity

TRI-CARB 5110TR 110 V Liquid Scintillation Counter

true

With a wide variety of flexible options, the Tri-Carb liquid scintillation counter is optimal for everything from basic research to advanced, low-level environmental analysis. Not only are these detectors capable of meeting or exceeding the requirements of your most demanding applications, but they’re also backed by our experience and innovation in liquid scintillation analysis for more than 60 years.

false false

21 CFR Part 11 Compatibility optionally available. Please consult your radiometric detection specialist.

A481000

Tri-Carb A4810TR

A491000

Tri-Carb A4910TR

A511000

Tri-Carb A5110TR

Request Technical Support

Please enter valid quantity

Please log in to add favorites.

NULL OR EMPTY CART

Overview
Resources, Events & More
SDS, COAs & More

Overview

The Tri-Carb 5110TR liquid scintillation counter is a fully loaded premium instrument capable of more accurately detecting Ultra Low Level counts in mixed and unknown samples using proprietary Dual Phase Separation and PSA Histogram technology.

Standard Features

TR-LSC (Time-resolved Liquid Scintillation Counting) for high sensitivity, low background liquid scintillation counting
QuantaSmart^™ Software a robust multitasking, easy networking environment with unlimited assays in a secure multiuser environment
Alpha Beta Separation uses Dual PSA Discriminator and PSA Histogram to improve accuracy for mixed and unknown samples
ULLCM (Ultra Low Level Count Mode) with Pulse Amplitude Comparison (PAC) decreases the component of background produced by optical crosstalk, increasing system sensitivity (E2/B) to a factory test minimum of 500 for 3H and 1,400 for 14C
SpectraWorks 2 spectral analysis package that determines optimal counting regions, and calculates figure of merit automatically
Enhanced IPA (Instrument Performance Assessment) monitors performance metrics for the life of the instrument
Replay reanalyzes sample counts without recounting samples
Dynamic color correction ensures accuracy of tracking lower energy sample spectra over a wide quench range
Auxiliary Spectrum Memory stores rejected events for future analysis
Bi-directional sample conveyer with a capacity of up to 408 (20mL vials) or 720 (4 or 7 mL vials)
Varisette^™ sample cassette for intermixing vial sizes without special adapters
Operational-status LED indicator for clear assay status updates at a glance
Luminescence Correction adjusts for chemiluminescence interference
Direct DPM determines single-label DPM in any cocktail without the use of quench standards
60 Quick Count protocol flags with the flexibility to define unlimited assays
Fold-away ergonomic arm adaptable to enter data either sitting or standing
Built in Computer with Windows 10 Operating System

Looking to replace an old instrument? Click here for more information.

For additional information on liquid scintillation counting, visit here.

Specifications

21 CFR Part 11 Compatible	Yes
Depth	112.0 cm
Height	47.0 cm
Length	81.0 cm
Model Name	Tri-Carb A5110TR
Portable	No
Weight	238.0 kg
Width	103.0 cm

Resources, Events & More

Application Note

Environmental Sample Preparation for LSC

PDF 1 MB

Brochure

Complete Solutions for NASH Research

When Non-alcoholic fatty liver disease (NAFLD) progresses to nonalcoholic steatohepatitis (NASH), with inflammation and damage to liver cells it can cause fibrosis, cirrhosis and liver failure or cancer. Despite the prevalence of NAFLD and NASH rising, their remains no approved treatments. But st ...

PDF 1 MB

Scintillating Results At Your Lowest Concentrations

PDF 4 MB

Totally RAD Infographic Flyer

Radiometric detection (RAD) is one of the most proven techniques for molecular quantitation around – and it’s still indispensable for key applications. Here’s the state of the industry, and where it’s headed.

PDF 470 KB

Guide

Overview Guide: Know all about Radioactivity Analysis in Drinking Water as per regulatory guidelines

European council's new directives on gross a/ß-measurement in drinking water have been the focus of many laboratories throughout Europe and another part of the worlds. The change in requirements such as sampling rate, detection limits, and more which have forced many labs to upgrade instrumentati ...

PDF 1 MB