Product Description
JAR TESTING APPARATUS
Fitted with D.C. MOTOR But to work on 220 Volts AC with Variable Speed from 20 R.P.M. to 100 R.P.M. approx. SECORE Jar Test Apparatus allows efficient and economical flocculation matter and collides in general and also has been specially designed for use in water treatment to correctly estimate the dosing of alum and such other coagulants for treatment of Water sewage and floc formation test in water Treatment plants. Heavy duty structural construction for rigidly and vibration-provide diffused cold light to floc Samples.
The gear chain for multiple spindle Drive gives same speed for all the stainless steel stirring paddle approx. 1 3 are attached to the rod having 10 long approx.: with lighting knob at top permit adjustment of paddle height spacing of approx.: 6 in between rods permits use to 1000 ml glass beaker which rest directly on bench.
Cap. 1 litre to 2 litre
STIRRING CAPACITY
(a) FOR TWO STIRRER
(b) FOR FOUR STIRRER
(c) FOR SIX STIRRER
SPECIAL ARRANGEMENT
Digital timer & R.P.M. counter. High Speed Jar Test Apparatus
10-200 R.P.M.
Attachment for feeding does to all the stirring unit simultaneously .
Accurate and Controlled TestingWith variable speed control and a digital timer, the Jar Testing Apparatus offers precise and repeatable conditions for water treatment chemical evaluation. Its microprocessor-based control panel and digital RPM display make it effortless to monitor and adjust settings. Overload protection and noise level under 60 dB contribute to safe, convenient operation in laboratory environments.
Robust Laboratory DesignConstructed with an aluminum body and stainless steel rods, this apparatus is designed for frequent laboratory use. The non-slip base provides stability during operation, while the robust build (approx. 14-18 kg) ensures long-lasting reliability. Supported by a digital control system and easy sample comparison features, it streamlines the jar test process for water and wastewater analysis.
FAQ's of JAR TESTING APPARATUS :
Q: How is the Jar Testing Apparatus used in laboratory settings?
A: The Jar Testing Apparatus is primarily used to simulate coagulation and flocculation processes for water and wastewater treatment chemicals. Laboratory staff place up to 4 or 6 samples in 1000 ml standard jars, select desired paddle speed (20-150 RPM), set the digital timer, and observe sample changes under controlled mixing conditions.
Q: What are the benefits of using the digital programmable timer in this apparatus?
A: The digital programmable timer enables precise, repeatable operation up to 99 minutes. Users can automate test duration, compare different samples simultaneously, and ensure consistent mixing intervals essential for reliable water treatment analysis.
Q: When should you choose the JT-04/06 model over other jar testing devices?
A: The JT-04/06 is ideal when you require support for 4 or 6 jars, precise variable speed control (20-150 RPM), programmable timing, and robust construction. Its microprocessor control and user-friendly digital display suit laboratories needing accuracy, repeatability, and easy operation.
Q: Where can the Jar Testing Apparatus be purchased in India?
A: This apparatus is available through multiple channels in India, including dealers, distributors, exporters, manufacturers, retailers, suppliers, traders, and wholesalers. Buyers can consult local scientific equipment suppliers or connect with manufacturers directly for purchase and support.
Q: What process steps are involved in a typical jar test using this apparatus?
A: A typical jar test involves filling the beakers with water samples, adding treatment chemicals, setting the paddle speed and timer, starting the mixing process, and then visually comparing coagulation results among jars under standardized conditions. The digital display enables monitoring RPM and remaining time for optimal experimentation.
Q: How do the safety features enhance laboratory operation?
A: Safety features like overload protection prevent equipment damage during extended use, while the non-slip base stabilizes the apparatus. The low noise level (<60 dB) allows operators to work comfortably, minimizing disruptions in busy lab environments.