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Pan Mixer Type Batching Plant

Name: Pan Mixer Type Batching Plant
Brand: AKONA ENGINEERING PVT. LTD.
Price: 1400000 INR
Availability: InStock

Price 1400000 INR/ Unit

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Pan Mixer Type Batching Plant Specification

Product Type
Pan Mixer

General Use
Construction

Material
Other

Type
Batching Plant

Weight (kg)
1 to 20 Tonne

Computerized
Yes

Automatic
Yes

Control System
PLC Based

Power Source
Electric

Power Consumption
5 - 15 kW (approx.)

Storage Capacity
500 to 1000 liters

Hopper Capacity
500 liters

Hopper Quantity
Single

Conveyor Capacity
30 to 60 TPH

Mixing Drum Speed
20 rpm

Discharging Height
1500 mm

Voltage
415 V

Dimension (L*W*H)
4000*1750*2250 mm

Feature
Compact & High Mixing Efficiency

Color
Yellow & Blue

Pan Mixer Type Batching Plant Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
3 Units Per Week

Delivery Time
15 Days

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia

Main Domestic Market
All India

Certifications
CE, ISO

About Pan Mixer Type Batching Plant

Since the day of our inception, we have been successfully manufacturing, supplying and exporting Pan Mixer Type Batching Plant. All the offered products are designed in accordance with international quality standards and norms, using high-grade raw material and other components. We also have a team of expert quality controllers, which checks and tests Batching Plant Pan Mixer Type on different parameters to ensure flawlessness.

Batching Plant Pan Mixer Type

AP series is dedicated to concrete batching and mixing plant with pan mixer. This is the economical series having the benefits of Pan mixing technology. Low poluting fast mixing and low noise are the basic features that makes it special. These Plants are available in two models: AP-45 (Output 45 M3/hr) and AP-30 ( Output 30M3/hr)

Technical Data

Model	AP-30	AP-45
Capacity (CUM / Hr)	30	45
GEO. Volume (cum)	1.7	2.5
RMC Out Put / Batch	0.5M3	0.75M3
%% of Filling	40%%	40%%
Batches Per Hour	60	60
Discharge Height From G.L	Discharge In T.M.	Discharge In T.M.
Capacity (8 Hours)	240 M3	360 M3
Boom Scrapper	In Built	In-Built
Discharge Gate Opening SystemH	Hydraulic	Hydraulic
Power Cosumption
Pan Motor	25 HP	35 HP
Skip motor	10 HP	15 HP
Screw Feeder Motor	10 HP	15 HP
Scrapper Motor	10 HP	10 HP
Water Pump	2x5 HP	2x5 HP
Compressor Motor	5 HP	5 HP
Chemical Motor	1 HP	1 HP
Vibrator's	2 x 1 HP	2 x 1 HP
Power Pack Motor	2 HP	2 HP
Net Consumption	75 HP	95 HP
Power Supply	415 x 3 x 50 Hz	415 x 3 x 50 Hz

Technical Features:

1) PLC operated completely automatic control panel.
2) Blade mixing technology with planetary gear boxes.
3) Electronic weighing system for better accuracy in design mix.
4) Separate weighing system for cement and fly ash.
5) Italian screw feeder, to pour cement speedily.
6) Password locking facility.
7) Water and ad-mix pour by weight.
8) Boom scrapper to make you work easier.
9) Pneumatically operated gate for aggregate and sand.
10) Italian vibrators.
11) Tubulated print out system for each batch.
12) No pit required only nominal civil work.
13) Heat proof control cabin.
14) Cement silo with vertical screw feeder (optional).
15) Hydraulic discharge system.
16) E-mail and SMS facility (Optional).

Advanced Mixing Efficiency and Output

With a 60-second batch cycle, high wear-resistant mixing blades, and a 20 rpm drum speed, the Pan Mixer Type Batching Plant delivers consistent, high-quality concrete batches. Its output capacity of 15 to 30 m/hr suits both ready-mix and precast applications, while the compact design and hopper capacities streamline site logistics.

Robust Safety and Control Features

This batching plant prioritizes operator safety and operational reliability. Overload and short circuit protection, coupled with a digital weighing sensor and PLC-based control system, ensures precise, secure operation. The weatherproof electrical panel further maintains system safety and functionality in varying environmental conditions.

Customizable Operation and Application

Users can switch between manual and automatic operation, benefitting from flexibility on-site. Aggregate feeding can be managed manually or semi-automatically, catering to different workforce skills or project requirements. The units heavy-duty steel construction and replaceable liners prolong lifespan and simplify maintenance.

FAQs of Pan Mixer Type Batching Plant:

Q: How does the Pan Mixer Type Batching Plant enhance concrete mixing efficiency?

A: The plant utilizes a 60-second batch cycle, high wear-resistant mixing blades, and replaceable steel liners within a compact drum rotating at 20 rpm. These features ensure homogeneous mixing, minimized downtime, and consistent concrete quality, benefiting both ready-mix and precast applications.

Q: What operational modes are available for this batching plant?

A: Operators can choose between manual and automatic modes, managed through a PLC-based computerized control system. This flexibility allows the plant to adapt to varying project needs, workforce capabilities, and levels of automation required on-site.

Q: When should the mixer liner plates and mixing blades be replaced?

A: Mixer liner plates and blades are made with high wear-resistant materials but should be inspected regularly, especially in high-output operations. Replacement is recommended once signs of significant wear or reduction in mixing performance are observed to guarantee concrete quality and prolong equipment life.

Q: Where is the best environment to install and operate this batching plant?

A: The plant is engineered to perform optimally in construction environments across India, with an operating temperature range of -10C to +55C. Its weatherproof electrical panel enables both indoor and outdoor installations, ensuring reliability in diverse climatic conditions.

Q: What process does the batching plant use for aggregate feeding and weighing?

A: Aggregate feeding can be performed manually or semi-automatically. The plant employs a digital weighing sensor for precise measurement, reducing errors and ensuring the correct proportions for each batch, essential for maintaining quality standards in ready-mix and precast concrete.

Q: What are the primary benefits of using this batching plant in construction projects?

A: Key benefits include rapid batching cycles, high mixing homogeneity, robust safety features, customizable operation modes, and reduced maintenance thanks to replaceable components. Its compact design and energy efficiency (5-15 kW power consumption) further optimize resource use in small to medium construction sites.

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