Horizontal Balancing Machines, Dynamic Balancing Machines Manufacturer

We are Manufacturer, Supplier, Exporter of Horizontal Balancing Machines from Pune, Maharashtra, India.

ADITI ENGINEERS'S Horizontal Belt Driven Balancing Machines provide accurate readings, time after time. Sturdy design combines the precision of piezoelectric transducers in a reliable, hard-bearing support system on a solid-steel base. Belt Driven Horizontal Balancing Machines are ideal for Rotors like armatures, textile or machine spindles, shafts, turbines, printing / paper machine rollers, submersible pumps rotor and other applications requiring high-precision balancing.

Technical Specifications

MODEL	UNIT	AHP-10	AHP-50	AHP-100	AHP-300	AHP-1000	AHP-2000	AHP-3000
WEIGHT RANGE	¢ Kg.	0.2 to 10	1to 50	3 to 100	3 to 300	10 to1000	20 to 2000	30 to 3000
MAX. DIAMETER	¢mm.	200	400	800	800	1200	1200	1500
JOURNAL DIA.	mm.	5 to 30	5 to 50	5 to 75	5 to 125	15 to 150	15 to 150	20 to 220
MIN. DISTANCE BET. ROLLER SUPPORT	mm.	100	100	150	200	300	300	400
MAX. DISTANCE BET. ROLLER SUPPORT	mm.	400	900	2300	2300	2700	2700	2600
BALANCING SPEED	RPM	700 to 1500	700 to 1000	500 to 1000	400 to 800	300 to 600	300 to 600	250 to 500
DRIVE	HP	0.5	0.75	1.5	3	10	12	15
MIN. UNBALANCE READ	Gms.	0.01	0.1	0.1	0.1	0.1	1	1
MAX. UNBALANCE READ	Gms.	500	500	1000	1000	2000	2000	2000
MIN. UNBALANCE	g.mm.	2.5	2.5	2.5	2.5	2.5	25	25
MIN. ACHIEVABLE UNBALANCE (FOR MAX. WT. OF THE ROTOR)	~OR g,mm/Kg	0.5	0.5	0.5	0.5	0.5	0.5	0.5

Note.:
• The pedestals are designed to take 25% occasional overload.
• The above machine operates on mains of MaV, 3Ph.
• The dimensions given above are approximate.

Features

Standard Belt Driven Balancing Machines for rotor sizes from a few grams to 3,000 kg.
Permanent calibration to reduce setup time and eliminate the need for trial runs. Fewer moving parts to handle larger initial unbalances and provide simple operation. Adjustable rigid supports allow different size rotors for each size balancing machine. Accurate readouts that are not affected by wind age.
Variable speed drive will be provided to maintain specific Balancing Speed.

Belt Drive system to meet rotor's requirements, Coupling adaptors will not be required, Rotor can be driven by flat belt directly.
Photocell for detection of rpm.
Two easy-to-adjust end-thrust assemblies with precision ball bearing to accept axial load for belt -drive systems.
Balancing machine bed extensions or separate short beds.
Special tooling for balancing complex and non- standard rotors, integrated correction systems, like drilling, milling, and weight addition.

Horizontal Balancing Machines Manufacturer

Horizontal Balancing Machines are essential industrial equipment used for balancing rotating components that spin around a horizontal axis. These machines play a critical role in identifying and correcting the imbalance in rotating parts such as rotors, crankshafts, turbines, and other cylindrical components. Imbalance in such parts can lead to excessive vibration, wear, and noise, which ultimately reduces the efficiency and lifespan of the machinery. Horizontal Balancing Machines ensure that the mass distribution of the rotating parts is uniform, thus providing smoother operation and longer service life.

Our Horizontal Balancing Machines are designed with high-precision technology to provide accurate balancing results. These machines can handle a wide range of component sizes and weights, making them suitable for various industrial applications. Constructed from high-quality materials like MS (Mild Steel), SS (Stainless Steel), and durable alloys, these machines are robust and reliable, capable of operating in harsh industrial environments.

Equipped with advanced digital control systems and intuitive software, our Horizontal Balancing Machines offer real-time data on the imbalance of rotating components. The user-friendly interface ensures easy operation, allowing technicians to quickly and accurately balance even the most complex parts. These machines are customizable and can be tailored to meet the specific needs of different industries, ensuring flexibility and efficiency in the balancing process.

Horizontal Balancing Machines are crucial for industries that rely on the smooth operation of rotating parts, such as automotive, aerospace, power generation, and heavy machinery. By ensuring precise balance, these machines help reduce downtime, prevent damage to equipment, and enhance overall productivity.

Salient Features:
• High-Precision Balancing for Horizontal Rotating Components
• Advanced Digital Control Systems for Real-Time Imbalance Detection
• Constructed from MS (Mild Steel), SS (Stainless Steel), and High-Grade Alloy Materials for Durability
• Capable of Balancing a Wide Range of Component Sizes and Weights
• User-Friendly Interface with Customizable Software Options
• Suitable for Both High-Volume Production and Specialized Applications
• Low Maintenance Design for Long Service Life
• Automated Correction of Imbalance for Improved Operational Efficiency
• Modular Design for Easy Customization and Upgradation

Applications:
• Automotive Industry for Balancing Crankshafts, Rotors, and Drive Shafts
• Aerospace Industry for Balancing Turbine Blades and Engine Components
• Power Generation Sector for Balancing Generators, Rotors, and Shafts
• Manufacturing Industry for Balancing Pumps, Fans, and Industrial Motors
• Heavy Machinery Industry for Balancing Cylindrical Components and Rotating Assemblies
• HVAC Systems for Balancing Blower Fans and Ventilation Equipment

ADITI ENGINEERS'S Horizontal Balancing Machines provide accurate readings, time after time. Sturdy design combines the precision of piezoelectric transducers in a reliable, hard-bearing support system on a solid-steel base. These Horizontal Balancing Machines meet a wide rang of requirements.Depending on the rotor features and your process needs, these balancing machines may be used for universal applications inccluding armatures, Precision spindles shafts pump impellers, blowers, fan, turbines, rollers, and ather applications requiring high-precision balancing.

Technical Specifications

MODEL	UNIT	AHD 50	AHD 100	AHD 300	AHD 500	AHD 2000	AHD 3000	AHD 5000	AHD 1000
WEIGHT RANGE	Kg.	1 to 50	3 to 100	3 to 100	3 to 300	10 to 1000	20 to 2000	30 to 3000	100-10000
MAX. DIAMETER	mm.	500	400	800	800	1200	1200	1500	2500
JOURNAL DIA.	mm.	5 to 50	5 to 50	5 to75	5 to 125	15 to 150	15 to 150	20 to 220	25 to 300
MIN. DISTANCE BET. ROLLER SUPPORT	mm.	50	100	150	200	300	300	400	500
MAX. DISTANCE BET. ROLLER SUPPORT	mm.	1400	900	2300	2300	2700	2700	2600	3300
BALANCING SPEED	RPM	700	700 to 1000	500 to 1000	400 to 800	300 to 600	300 to 600	250 to 500	150 to 300
DRIVE	HP	0.75	0.75	1.5	3	10	12	15	40
MIN. UNBALANCE READ	Gms.	0.1	0.1	0.1	0.1	0.1	1	1	10
MAX. UNBALANCE READ	Gms.	500	500	1000	1000	2000	2000	2000	20000
MIN. UNBALANCE	g.mm.	2.5	2.5	2.5	2.5	2.5	25	25	25
MIN. ACHIEVABLE UNBALANCE (FOR MAX. WT. OF THE ROTOR)	~OR g,mm/Kg	0.5	0.5	0.5	0.5	0.5	0.5	0.5	0.5

Note.:
• The pedestals are designed to take 25% occasional overload.
• The above machine operates on mains of 3ph. 440v / 50Hz or 380v / 60Hz.
• The dimensions given a bove are approximate.

Features

Standard End Driven Horizontal Balancing Machines for rotor sizes from a few grams to 20,000 kg.
Permanent calibration to reduce setup time and eliminate the need for trial runs. Fewer moving parts to handle larger initial unbalances and provide simple operation. Adjustable rigid supports allow different size rotors for each size balancing machine. Accurate readouts that are not affected by wind age.
Drive system options to meet rotor type requirements, Belt, end, or combination drive systems.
Roller bearings for wide range of journal diameters.

Permanent calibration to reduce setup time and eliminate the need for trial runs. Measurement readout immediately during the first run regardless of the size & weight of the rotor. Fewer moving parts to handle larger initial unbalances and provide simple operation. Adjustable rigid supports allow different size rotors for each size balancing machine. Accurate readouts that are not affected by wind age.
Balancing machine bed extensions or separate short beds.
Special tooling for balancing complex and non- standard rotors, integrated correction systems, like drilling, milling, and weight addition.