The SAC950 is compatible with a wide selection of removable sample trays and accepts standard glass and disposable beakers with volumes ranging from 25 to 400 ml. New types of sample tray are instantly identified by a wireless RFID tag removing the need for programming. User-defined sample preparation sequences programmable from the TitraMaster 85 software offer all the benefits of full automation.
The dynamic spray rinse feature and waste pump combine to eliminate cross contamination between samples, reducing the total duration of the sample changer cycle and helping you achieve greater accuracy and reproducibility.
The SAC950 includes 3 external beaker positions (2 for dip rinsing/conditioning and 1 for parking) allowing you to exploit the full beaker capacity of the tray and increase the number of samples analysed per cycle.
70 samples + 2 rinse + 1 park
42 samples + 2 rinse + 1 park
36 samples + 2 rinse + 1 park
36 samples + 2 rinse + 1 park
36 samples + 2 rinse + 1 park
30 samples + 2 rinse + 1 park
25 samples + 2 rinse + 1 park
25 samples + 2 rinse + 1 park
Ambient temperature
5 to 40°C
Relative humidity
20 to 80%
Casing materials
PETP – PVC/PE
Fully splashproof chemical resistant
For use in a laboratory environment
Power supply
100 - 240 Vac / 50 - 60 Hz / 76 VA
Transitory over voltage
Level II
Dimensions H x W x D (cm)
70 x 58 x 68
Weight (kg)
27
Required operating area (cm)
60 x 80
Compliance
CE, R&TTE Directive (99/5/EEC), EMC Directive (2004/108/EEC), LV Directive (2006/95/EEC)
cETLus certification, UL 61010A-1 and CAN/CSA C22 2 n°1010.1-92
FCC part 15 rules
Inputs/outputs
USB-B (Slave) PC connection
Sub-D9 RS232C Connection to titration workstation or direct measurement meter
RJ11 0-5 V TTL input/output commands
RJ11 Beaker cover module
RJ11 Propeller stirrer
Cinch Temperature input (for use in sample preparation sequence only)
Jack, 3.5 mm Ultrasonic transducer for beaker detection
For further information on this product please contact the product manager, Ivan Saunders on 01342 820820 or email enquiries@qclscientific.com.
