Other Divisions
Chemicals
Vegoils
  
  

Automated Hematology Blod Cell CounterQBC Capillary TubesQbc-reference readerQbc-Centrifuge QBC Paralens

QBC centrifuge - model 424740

The QBC centrifuge is a compact, low-profile unit measuring less than 13 cm high with its cover down, housed in a sturdy plastic case. The centrifuge incorporates a 20-place rotor mouclick for large imagented to the shaft of a brush-less DC motor. In addition to shock mounting of the motor to minimise vibration, the centrifuge rests on four suction feet for added stability.

A protective metal cover, with threads into the motor shaft, keeps the spinning tubes snugly in place on the rotor. The hinged top lid with safety latch provides a housing or shield around the rotor during operation. Electrical power to the centrifuge is controlled by a momentary on / off power button located on the front desk. Before the motor starts, the top lid must be closed and latched. Once a spin cycle has started, a safety interlock prevents the lid from being opened until the rotor brakes to a stop. The spin cycle is controlled by an electronic timer on the main circuit board (spin time is fixed at five minutes).

QBC centrifuge

Rotor capacity: 1 to 20 QBC tubes
Rotor speed: 12000 rpm
Nominal relative centrifugal force: 14,387
Timer: Electronic, 300-second spin
Electromechanical safety interlock: Lid must be closed and latched before motor can be energised. Lid remains locked until rotor stops.
Weight : 2.8 kg (6.2 lbs)
Dimensions : 23.5 cm W x 29.8 cm D x 12.7 cm H

QBC power pack

Input: 240 V AC +/- 10%
Output: 47 V DC +/- 3 volts
DC output cord: 0.46 m (1.5 ft)
AC line cord: Standard cord: 2.3 m (7.5 ft)
Fuse: 5.0 amp, 250 V. F-type

R E F E R E N C E S

  3rd International Congress on Malaria and Babesiosis
September 7-11,1987

Diagnosis of malaria using quantitative buffy coat (QBC) tubes
Patton CL; Spielman A; Perrone JB; Teklehaimanot A; Philippe E; Zhang Y; Levine RA; Wardlaw SC


  The Journal of Parasitology, April 1990,
Pages 278-281

Rapid diagnosis of brugia malayi and wuchereria bancrofti filariasis by an acridine orange/microhematocrit tube technique
Gary W Long, Leland S Rickman and John H Cross

 Lancet
Vol 1, 1989, Pages 68-71

Rapid diagnosis of malaria by acridine orange staining of centrifuged parasites
Leland S Rickman, Gary W Long, Richard Obrest, Arturo Cabanban, Ruperto Sangalang, Jeffrey D Chulay, Joseph I Smith, Stephen L Hoffman.

 Parasitology Today
Nov 4, 1989

Detection of haematoparasites using quantitive buffy coat analysis tubes
RA Levine, SC Wardlaw and CL Patton

 American Scientist
Nov-Dec, 1988

A new technique for examining blood
Robert A Levine; Stephen C Wardlaw

 The American Journal of Tropical Medicine and Hygiene
October 1988, Pages 337-342

Malaria diagnosis by direct observation of centrifuged samples of blood.

Andrew Spielman, Joseph B Perrone, Awash Teklehaimanot, Fekade Balcha, Stephen C Wardlaw and Robert A Levine.

Legal policy  /  Copyright © 2002 Godrej Industries Limited
This site has been optimised for an 800 x 600 monitor resolution