Peristaltic Pump

IP-PP-LFM-10

Model No	:	IP-PP-LFM -10
Filling Heads	:	Single Heads
No. of Channels	:	2 Channels
Flow Rate	:	0.1 to 2999.9 ml/min
Set Volume	:	0 to 9999 ml
Interval Time	:	0 to 99.9 sec.
Tubing Wall thickness	:	5 to 12 mm ID, 2 to 3 mm
No. of Rollers	:	2
Display	:	HMI
Motor	:	DC Stepper Motor (Cont. Duty)
Drive	:	Microcontroller Based Control Circuit and PWM Based DC Stepper Motor Drive
Remote ON	:	Potential free Digital Input
Operating System	:	PLC integrated MMl screen controlled system with production counter attachment for multiple filling.
Output/ Min	:	15 to 25 FPM Depends on the operator speed of fill volume and the natural flow of Liquid
Power Characteristics	:	240v 1 Phase 50Hz 3 Wire System
Input (Container Dia/ Height)	:	8mm to 16mm Dia / Height 70mm Max.
Filling System	:	Volumetric with Peristaltic Pump Based filling
Fill Range	:	5 to 25ml
Filling Accuracy	:	± 0.2 to 0.5% Filling accuracy on single-dose Depends on the nature of the Liquid.

Volumetric Liquid Filling system.
Integrated digital control with Panasonic PLC and high tech touch screen control for easy operation.
User-friendly operating system with self-diagnostics / solution window.
GMP standard stainless steel.
Designed for easy changeover and cleaning.
Memory slots for storing filling parameters for future operation.
Easy to install and operate, requiring minimum maintenance for maximum performance and useful life.
Delicate filler structure with a high-quality finish, comparable with European machines.
Warning light and buzz alarm on production error.
Volume is easily adjusted through the touch screen. The filling is controlled by a servo system.
Overload protection.
It is widely used for Liquid filling and optional perfume, Syrup, Pharma – in Jar, Can, Vial, Bottle, Tub & any Containers.
All contact parts SS 316 & 304.
A unit to fill a variety of liquids and can be used for various types of containers.
Minimum change over time from one size to another container or fill size.
Mechanical buffer design for reduced wear and redundant operation.

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