BSE-0147 Jar Test Apparatus

BSE-0147 Jar Test Apparatus Specification

Accuracy
2 RPM

Heating Capacity
500 W (if heating option included)

Heating Method
Immersion Heater (Provided in certain variants)

Power Source
Electric

Control Mode
Digital/Manual RPM Control

Condition
New

Type
Jar Test Apparatus, Multiple Stirrer

Model
BSE-0147

External Size
Standard Tabletop

Volume
Jars: Typically 1 to 2 Liter each

Temperature Range
Ambient to 100C (if heater is included)

Material
Stainless Steel Platform, Acrylic Jars/Stirrers

Dimension (L*W*H)
Approx. 900 x 220 x 450 mm

Power
500 W to 1000 W, depending on model and options

Voltage
230 V AC 50 Hz

Surface Finish
Powder Coated/Smooth Stainless Steel

BSE-0147 Jar Test Apparatus Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
7-10 Days

About BSE-0147 Jar Test Apparatus

Specification

Cat. No.	Capacity
BSE-147(A)	Two Jar Test Apparatus	13200.00
BSE-147(B)	Three Jar Test Apparatus	15950.00
BSE-147(C))	Four Jar Test Apparatus	18150.00
BSE-147(D)	Six Jar Test Apparatus	25300.00

OPTIONAL FOR JAR TEST APPARATUS

Digital RPM 5280.00
Digital Timer 5280.00

Precise and Reliable Water Testing

Designed for laboratories and water treatment plants, the BSE-0147 Jar Test Apparatus facilitates controlled evaluation of coagulation and flocculation. Each stirrer arm is independently adjustable, ensuring test flexibility. The robust stainless steel and acrylic construction ensures long-lasting performance even under routine use. Optional features like immersion heating and platform illumination accommodate a variety of test protocols.

Customizable Operation for Versatility

Choose from 4 or 6 stirrer positions. Individual digital/manual RPM control, digital RPM display, and a programmable timer (up to 999 minutes) offer maximum control and repeatability across tests. Removable jars-1 to 2 liters each-enable convenient sample handling, and the built-in safety features, such as overheat protection, bolster user confidence and instrument safety.

FAQ's of BSE-0147 Jar Test Apparatus:

Q: How can I operate and adjust each stirrer on the BSE-0147 Jar Test Apparatus?

A: Each stirring unit is equipped with individual speed control, allowing you to set the RPM between 20 and 140 for each jar independently. This allows simultaneous testing under different mixing conditions, tailored to specific sample requirements.

Q: What are the main applications for the BSE-0147 Jar Test Apparatus?

A: The apparatus is mainly used for testing and optimizing coagulation and flocculation processes within water and wastewater treatment laboratories, helping to determine chemical dosing and process efficiency.

Q: When should the optional immersion heater and illumination features be used?

A: Opt for the immersion heater when your coagulation-flocculation processes require controlled sample heating (up to 100C). Built-in illumination is useful for enhanced observation of floc formation in lab settings with limited ambient lighting.

Q: Where is the BSE-0147 typically installed and used?

A: This apparatus is intended for use on laboratory tabletops in water treatment plants, research centers, and quality control labs, making it convenient for on-site or centralized analysis.

Q: What materials are used in the construction of the BSE-0147, and how do they benefit the user?

A: The platform and stirrer shafts are stainless steel, providing corrosion resistance and durability. Jars are made from either transparent acrylic or borosilicate glass, allowing clear visual monitoring and easy cleaning after tests.

Q: What is the process for conducting a jar test with this apparatus?

A: Simply fill the removable jars (1-2 liters each) with sample water, add chemicals as required, and set individual stirring speeds and timer. You can observe and compare the coagulation and flocculation reactions under different conditions for optimal dosing and process control.

Q: What are the key benefits of using the BSE-0147 in water treatment analysis?

A: The main benefits include precise speed control, repeatable and reliable testing results, user-friendly operation, and customizable settings to simulate a wide range of treatment conditions, ultimately improving water treatment efficiency and cost-effectiveness.

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