Digital Flocculator Jar Tester

Get a Price/Quote

Digital Flocculator Jar Tester Specification

Feature
Variable speed control, Simultaneous operation, Illuminated base for visibility

Power Source
220-240V AC Mains

Accuracy
1 RPM

Temperature Range
Up to 60C

Frequency
50 Hz

Model No
DFJT-6

Measurement Range
10-150 RPM

Voltage
220-240V AC

Automation Grade
Manual / Semi-automatic

Core Components
Jar assembly, Illuminated base, Digital controller, Stirring mechanism

Capacity
6 x 1 Litre (standard setup)

Equipment Materials
Stainless Steel frame, Polycarbonate jars, Aluminium paddles

Type
Bench-top, Portable

Usage
Laboratory, Water Treatment Plant, Wastewater Analysis

Display Type
Digital LED

Dimension (L*W*H)
900 mm x 210 mm x 400 mm

Weight
Approx. 18 Kg

Operating Mode
Continuous or timer mode

Safety
Overload and over-temperature protection

Ambient Noise Level
<50 dB

Jar Capacity
1 Litre per jar

Number of Stirrers
6 independent stirrers

Stirrer Material
Corrosion-resistant aluminum

Timer
Digital touch control, up to 99 minutes

Speed Control
Stepper digital adjustment with programmable timers

Sample Monitoring
Transparent polycarbonate for jar visibility

Illumination
High-intensity LED base for optimal observation

About Digital Flocculator Jar Tester

DIGITAL FLOCULATOR JAR TESTER

Digital floculator (jar tester)

Cat. No.	Outer dimension	No. Of paddles	Speed display common	Speed range	Speed accuracy
sse -28/ a	10dx24htx32w	4	digital red led	5 to 150 rpm	+/-1 rpm
SSE-28/ b	10dx24htx48w	6	digital red led	5 to 150 rpm	+/-1 rpm
SSE-28/ c	10dx24htx32w	4	individual speed control with common digital indicator	5 to 150 rpm	+/-1 rpm
SSE-28/ d	10dx24htx48w	6	individual speed control with common digital indicator	5 to150 rpm	+/-1 rpm

Flexible & Precise Testing

With independently adjustable digital speed controls and programmable timers, the DFJT-6 flocculator allows accurate simulation of various water treatment processes. This adaptability ensures precise results in laboratory and field applications, making it a reliable choice for routine analysis and research alike.

Superior Visibility & Safety

Clear polycarbonate jars and an illuminated LED base provide optimal sample observation for monitoring flocculation progress. Built-in overload and temperature protection extend equipment longevity and ensure safe operation, even during prolonged use.

Robust & Practical Design

The DFJT-6s stainless steel structure and aluminum paddles offer corrosion resistance and durability. Its bench-top, portable design, and user-friendly digital controls make it an ideal solution for water laboratories or on-site plant assessments.

FAQs of Digital Flocculator Jar Tester:

Q: How does the programmable timer function in the Digital Flocculator Jar Tester enhance operation?

A: The digital touch control timer allows users to set agitation periods up to 99 minutes for each test, ensuring consistent and repeatable sample treatment. This flexibility is ideal for standardizing procedures or accommodating varied research needs.

Q: What advantages do the high-intensity LED base and transparent jars offer during testing?

A: The illuminated LED base, in conjunction with transparent polycarbonate jars, provides superior visibility of samples during the flocculation and sedimentation process, making it easy to observe changes and monitor results in real time.

Q: When should the different operating modes (continuous or timer) be used?

A: Continuous mode is suitable for prolonged mixing requirements, while the timer mode is perfect for controlled, time-bound tests. Selecting the appropriate mode ensures test integrity and facilitates accurate process simulation.

Q: Where can the DFJT-6 Digital Flocculator be typically utilized?

A: This equipment is widely employed in laboratories, municipal water treatment plants, and industrial wastewater facilities across India and abroad, wherever precise and efficient flocculation testing is essential.

Q: What is the process for adjusting the stirring speed, and how accurate is it?

A: Speed can be digitally adjusted from 10 to 150 RPM using the stepper control, with an impressive accuracy of 1 RPM. This enables researchers and technicians to match real process conditions, improving the fidelity of test outcomes.

Q: How does the design of the DFJT-6 support safe and efficient use?

A: The flocculator incorporates overload and over-temperature protection, sturdy stainless steel framing, and low noise emission (<50 dB), making it both safe for extended operation and comfortable for laboratory environments.

Tell us about your requirement