PUMPS

Twin pumps with independent controls

No. of Rollers

8 (Graphite filled Teflon rollers)

No. of Channels

2

Supply voltage

220V , 50 Hz, Single phase AC

Pump tubing

Silicone rubber tubing

· 0.05 - 1.0 ml (Part No:SCI/PP-HYD/001)

· 0.50 - 1.0 ml (Part No: SCI/PP-HYD/002)

· 1.00 - 9.0 ml (Part No: SCI/PP-HYD/003)

Priming

Auto priming

Duty cycle

1000 hours continuous

ELECTRONICS

ATMEGA 8515 microcontroller based with…

· Dual integrated uni-polar stepper L/R drives

· 16 X 2 Alpha numeric LCD

· 4 button membrane  keyboard

· RC5 IR remote control

· IIC RTC & EEPROM

· RS232 full duplex serial interface

Motion control

10—100 r.p.m in steps of 10 r.p.m

Pumping accuracy

±0.5% of the calibrated flow at any given setting under normal setting of the pressure stud.

Mixing unit

The mixer unit is made out of 316 SS. The wetted flow path is Teflon lined. 3 pump ports with special SS fittings having Silicone ferrules.

Reaction column

The reaction column is one meter long Teflon FEP tubing. The column is wound on an Aluminum spool and fixed rigidly.

Gas liquid separator

The main advantages of our hydride generator are the Unique gas liquid separator made of glass. The unit is efficient in separation of the hydride gas from the waste liquid that is effectively drained from the system. A nitrogen jet in case of AAS or alternatively an argon jet is employed to drive the gas into the burner / ICP Plasma. The unit is fitted with standard ferrule fittings

Gas controls

The system is having an on/off toggle switch for protection and a flow meter with needle valve for selection of the required flow settings

Installation requirements

(1)   Nitrogen or argon gas cylinder fitted with a two  stage regulator and a control valve.

(2) Boro-hydride & Acids of GR GRADE, double distilled water and the usual glass apparatus for standardization and calibration.