Being a trend setter with over years of experience inBatching plants, this plant is specifically designed to cater to different requirements of Indian Construction Industry. As a standard of all Schwing Stetter batching plants, this plant also comes with a very low operating cost and a faster ROI.

This plant is more flexible to customer's changing requirement and is available with conveyor feeding option. Apart from the capability of handling mix recipes for higher grade and special grade concrete, this plant is also ideal for construction project like road, bridge, canals etc.

Drive

The motor (Diesel or Electric) drives the axial piston pump via a flexible coupling. Due to automatic output adjustment optimum utilization of the motor power, resulting in low energy consumption at differing pumping condition. Additionally, the concrete flow can be manually adjusted. The pump operates in a proven open circuit.The maximum placing output and the pressure are determined by the construction sites. Between these two values, automatic adjustment by the governor occurs maintaining a constant output depending on the power available from the installed drive motor.

Design

The portable concrete pumps are assembled in the unit construction system. The main assembly groups are Frame, Power unit, Concrete pump kit, Control block, Hydraulic tank and Hopper with agitator.

The Frame & Axle

The frame, in compact execution, is constructed from standard vehicle profiles. The pump is mounted on heavy duty single axle chassis with draw bar, pneumatic tyres and for travelling on construction sites at up to 25 km/hr.

Control System

The fully hydraulic control system is integrated within the drive. The compact control block and minimal hydraulic lines makes the equipment reliable and durable. The differential cylinder has trouble free piston rings and automatic constant stroke maintenance. Both gate valves change independently so that even when full change over is prevented by foreign material or similar obstructions in the concrete, the pump continues to operate without problems. All components are especially developed and manufactured to withstand the rough treatment on construction sites.

Control Housing

Ideal flow conditions in the control housing resulting in superior placing proper ties also incase of concrete low on sand and fines, stiff consistence or crushed aggregates. Simple tilting of the output pipes enables easy control and cleaning of the concrete conveying path and the gate valve parts.

Pumping Material

Pumpable concrete, within any consistency range down to a water cement ratio of 0.4. Even concrete with aggregate grading up to40mm can be conveyed trouble free with the concrete pump through a 125mm diameter pipe line.

Flat gate valve

The two flat gate valves working independently have been especially developed for pumping concrete. Their working system with automatic adjustment permits trouble free pumping even with badly worn parts.

Integrated Control Block

The hydraulic control system is integrated with in the drive. The compact control block & minimal hydraulic lines makes the equipment reliable & durable.

Drive

The motor (Diesel or Electric) drives the axial piston pump via a flexible coupling. Due to automatic output adjustment optimum utilization of the motor power, resulting in low energy consumption at differing pumping condition. Additionally the concrete flow can be manually adjusted. The pump operates in a proven open circuit.

The maximum placing output and the pressure are determined by the construction sites. Between these two values automatic adjustment by the governor occurs maintaining a constant output depending on the power available from the installed drive motor.

Design

The portable concrete pumps are assembled in the unit construction system. The main assembly groups are: Frame, Power unit, Concrete pump kit, Control block, Hydraulic tank and Hopper with agitator.

The Frame & Axle

The frame, in compact execution, is constructed from standard vehicle profiles. The pump is mounted on heavy duty single axle chassis with draw bar, pneumatic tyres and for travelling on construction sites at up to 25 km/hr.

Control System

The fully hydraulic control system is integrated within the drive. The compact control block and minimal hydraulic lines makes the equipment reliable and durable. The differential cylinder has trouble free piston rings and automatic constant stroke maintenance. Both gate valves change independently so that even when full change over is prevented by foreign material or similar obstructions in the concrete, the pump continues to operate without problems. All components are especially developed and manufactured to withstand the rough treatment on construction sites.

Control Housing

Ideal flow conditions in the control housing resulting in superior placing proper ties also incase of concrete low on sand and fines, stiff consistence or crushed aggregates. Simple tilting of the output pipes enables easy control and cleaning of the concrete conveying path and the gate valve parts.

Pumping Material

Pumpable concrete, within any consistency range down to a water cement ratio of 0.4. Even concrete with aggregate grading up to40mm can be conveyed trouble free with the concrete pump through a 125mm diameter pipe line.

Flat gate valve

The two flat gate valves working independently have been especially developed for pumping concrete. Their working system with automatic adjustment permits trouble free pumping even with badly worn parts.

Integrated Control Block

SCHWING portable concrete pumps are successfully deployed worldwide wherever vast quantities of concrete have to be pumped over exceptionally long horizontal and vertical distances. In building and civil engineering projects, they are also fast, reliable and economically efficient in handling pumpable concretes under extreme conditions with regard to concrete designs, job sites and climate.

Compact class, High performance & High fuel efficiency

The Rock Valve

RL-Rockvalve, is a new generation Rock valve, Engineered by SCHWING R&D after extensive studies of behavior of tough concrete in various developing countries. This rugged, reliable rock valve is highly suited for stiff, difficult mixes of concrete and ideal for use in combination with the long stroke pumping unit. An option that can be recommended is the hard facing layer for extremely long service life.

Integrated Control Block

The hydraulic control system is integrated within the drive. The compact control block & minimal hydraulic lines makes the equipment Reliable & durable.

Fast Switching Valve

Compact design individual switching circuit ensures quick operation of rock valve.

Remote Control

The Concrete pump comes complete with a 10 meter cable remote control as a standard feature.

Hydraulics

All SCHWING concrete pumps have an output governed hydraulic pump that ensures that the prime mover is never overloaded, the automatic governor splits available engine output optimally into oil flow and oil pressure and allows the concrete pump to run at the best possible output level. At the same time, the manual de-stroker valve can be used to set the pump to a required fine tuning to set stroke rate and output independent of the automatic governor. The open circuit, combined with the SCHWING designed Hi-flow spool block ensures minimum heat generation in the hydraulics, therefore there are negligible output losses and minimum stress on the hydraulic components.

Easy Maintenance

The easy access to all the parts of the machine ensures that maintenance requires the minimum time for maintenance so your machine is up and running in no time at all.

Pumping

SCHWING portable concrete pumps are successfully deployed worldwide wherever vast quantities of concrete have to be pumped over exceptionally long horizontal and vertical distances. In building and civil engineering projects, they are also fast, reliable and economically efficient in handling pumpable concretes under extreme conditions with regard to concrete designs, job sites, and climate.

Compact class, High performance & High fuel efficiency

The Rock Valve

RL-Rock valve, is a new generation Rock valve, Engineered by SCHWING R&D after extensive studies of behavior of tough concrete in various developing countries. This rugged, reliable rock valve is highly suited for stiff, difficult mixes of concrete and ideal for use in combination with the long stroke pumping unit. An option that can be recommended is the hard facing layer for extremely long service life.

Integrated Control Block

The hydraulic control system is integrated within the drive. The compact control block & minimal hydraulic lines makes the equipment Reliable & durable.

Fast Switching Valve

Compact design individual switching circuit ensures quick operation of rock valve.

Remote Control

The Concrete pump comes complete with a 10-meter cable remote control as a standard feature.

Hydraulics

All SCHWING concrete pumps have an output governed hydraulic pump that ensures that the prime mover is never overloaded, the automatic governor splits available engine output optimally into oil flow and oil pressure and allows the concrete pump to run at the best possible output level. At the same time, the manual de-stroker valve can be used to set the pump to a required fine tuning to set stroke rate and output independent of the automatic governor. The open circuit, combined with the SCHWING designed Hi-flow spool block ensures minimum heat generation in the hydraulics, therefore there are negligible output losses and minimum stress on the hydraulic components.

Pumping

SCHWING portable concrete pumps are successfully deployed worldwide, whenever vast quantities of concrete have to be pumped over exceptionally long horizontal and vertical distances.In building and civil engineering projects, they are also fast, reliable and economically efficient in handling pumpable concrete under extreme conditions with regard to concrete designs, job sites and climate. When you want to go to the top, choose the pumps that have already been there - the range of heavy duty pumps manufactured by SCHWING are the perfect solutions for high power pumping. Pumps like SP 3000, SP 3600, SP 4800 and SP 8800 are the high pressure workhorse pumps that have topped out more high rise buildings than any other.

Rock Valve

Rock valve with reinforced axial bearing of the slewing shaft and additional slewing cylinder for valve switchover, designed for exceptionally tough usage. Extension units can be added to the feeding hopper (shown here without rubber border) to customer specifications. Transport lifting eyes are welded to the top of the support structure and integrated into the housing.The heart of the concrete pump is the Rock valve, patented in almost all industrialized countries and offering exemplary pumping characteristics, wearing properties and operational safety.

Gear Box for Agitator Motor

When everything else is getting stronger, the agitator has to follow suit. The high torque of the agitator drive rotates the agitator paddles untiringly, even with very coarse concrete.

Control Block

Schwing SP 8800

The epitome of concrete pumps, the Schwing SP 8800 is the most powerful pump in the world. The choice wherever concrete has to be pumped to record breaking heights. This pump has the Rock Valve and open hydraulics as all Schwing pumps. The Schwing philosophy of green pumping is built into this pump and it is designed to use the minimum amount of fuel for it's operation ensuring a healthy economy as well as a healthy environment.

Also the noise shielding features ensure that the pump noise is reduced. The ergonomic control panel displays all operating data and the intuitive interface enables the operates to learn using the pump quickly. Another advantage of using Schwing is the experience we have for the past 83 years in concreting. Also our extensive network of branches, spares stores and engineer locations ensure that you have the best expertise to support you always.

STETTER CONCRETE RECYCLING PLANT (ECOLOGICAL OBLIGATION ECONOMICAL SOLUTION)

Concern for our environment, guidelines from legal authorities and above all, increased awareness of costs are the mainreasons for worldwide efforts to solve the concrete industry's disposal and recycling problems. Profiting from extensive experience gained with sieve/cyclone separation systems, Stetter had already developed and implemented the concrete recycling plant by 1976.

Since then, our systems have proved to be reliable, economical and highly wear-resistant. Our permanent developmentefforts have made the Stetter concrete recycling plant an exceptionally strong product. We now offer two different sizes from 12m3 /h to a maximum of 20m3 /h concrete recycling.

Being a trend setter with over years of experience inBatching plants, this plant is specifically designed to cater to different requirements of Indian Construction Industry. As a standard of all Schwing Stetter batching plants, this plant also comes with a very low operating cost and a faster ROI.

This plant is more flexible to customer's changing requirement and is available with conveyor feeding option. Apart from the capability of handling mix recipes for higher grade and special grade concrete, this plant is also ideal for construction project like road, bridge, canals etc.

Drive

The motor (Diesel or Electric) drives the axial piston pump via a flexible coupling. Due to automatic output adjustment optimum utilization of the motor power, resulting in low energy consumption at differing pumping condition. Additionally, the concrete flow can be manually adjusted. The pump operates in a proven open circuit.The maximum placing output and the pressure are determined by the construction sites. Between these two values, automatic adjustment by the governor occurs maintaining a constant output depending on the power available from the installed drive motor.

Design

The portable concrete pumps are assembled in the unit construction system. The main assembly groups are Frame, Power unit, Concrete pump kit, Control block, Hydraulic tank and Hopper with agitator.

The Frame & Axle

The frame, in compact execution, is constructed from standard vehicle profiles. The pump is mounted on heavy duty single axle chassis with draw bar, pneumatic tyres and for travelling on construction sites at up to 25 km/hr.

Control System

The fully hydraulic control system is integrated within the drive. The compact control block and minimal hydraulic lines makes the equipment reliable and durable. The differential cylinder has trouble free piston rings and automatic constant stroke maintenance. Both gate valves change independently so that even when full change over is prevented by foreign material or similar obstructions in the concrete, the pump continues to operate without problems. All components are especially developed and manufactured to withstand the rough treatment on construction sites.

Control Housing

Ideal flow conditions in the control housing resulting in superior placing proper ties also incase of concrete low on sand and fines, stiff consistence or crushed aggregates. Simple tilting of the output pipes enables easy control and cleaning of the concrete conveying path and the gate valve parts.

Pumping Material

Pumpable concrete, within any consistency range down to a water cement ratio of 0.4. Even concrete with aggregate grading up to40mm can be conveyed trouble free with the concrete pump through a 125mm diameter pipe line.

Flat gate valve

The two flat gate valves working independently have been especially developed for pumping concrete. Their working system with automatic adjustment permits trouble free pumping even with badly worn parts.

Integrated Control Block

The hydraulic control system is integrated with in the drive. The compact control block & minimal hydraulic lines makes the equipment reliable & durable.

Drive

The motor (Diesel or Electric) drives the axial piston pump via a flexible coupling. Due to automatic output adjustment optimum utilization of the motor power, resulting in low energy consumption at differing pumping condition. Additionally the concrete flow can be manually adjusted. The pump operates in a proven open circuit.

The maximum placing output and the pressure are determined by the construction sites. Between these two values automatic adjustment by the governor occurs maintaining a constant output depending on the power available from the installed drive motor.

Design

The portable concrete pumps are assembled in the unit construction system. The main assembly groups are: Frame, Power unit, Concrete pump kit, Control block, Hydraulic tank and Hopper with agitator.

The Frame & Axle

The frame, in compact execution, is constructed from standard vehicle profiles. The pump is mounted on heavy duty single axle chassis with draw bar, pneumatic tyres and for travelling on construction sites at up to 25 km/hr.

Control System

The fully hydraulic control system is integrated within the drive. The compact control block and minimal hydraulic lines makes the equipment reliable and durable. The differential cylinder has trouble free piston rings and automatic constant stroke maintenance. Both gate valves change independently so that even when full change over is prevented by foreign material or similar obstructions in the concrete, the pump continues to operate without problems. All components are especially developed and manufactured to withstand the rough treatment on construction sites.

Control Housing

Ideal flow conditions in the control housing resulting in superior placing proper ties also incase of concrete low on sand and fines, stiff consistence or crushed aggregates. Simple tilting of the output pipes enables easy control and cleaning of the concrete conveying path and the gate valve parts.

Pumping Material

Pumpable concrete, within any consistency range down to a water cement ratio of 0.4. Even concrete with aggregate grading up to40mm can be conveyed trouble free with the concrete pump through a 125mm diameter pipe line.

Flat gate valve

The two flat gate valves working independently have been especially developed for pumping concrete. Their working system with automatic adjustment permits trouble free pumping even with badly worn parts.

Integrated Control Block

SCHWING portable concrete pumps are successfully deployed worldwide wherever vast quantities of concrete have to be pumped over exceptionally long horizontal and vertical distances. In building and civil engineering projects, they are also fast, reliable and economically efficient in handling pumpable concretes under extreme conditions with regard to concrete designs, job sites and climate.

Compact class, High performance & High fuel efficiency

The Rock Valve

RL-Rockvalve, is a new generation Rock valve, Engineered by SCHWING R&D after extensive studies of behavior of tough concrete in various developing countries. This rugged, reliable rock valve is highly suited for stiff, difficult mixes of concrete and ideal for use in combination with the long stroke pumping unit. An option that can be recommended is the hard facing layer for extremely long service life.

Integrated Control Block

The hydraulic control system is integrated within the drive. The compact control block & minimal hydraulic lines makes the equipment Reliable & durable.

Fast Switching Valve

Compact design individual switching circuit ensures quick operation of rock valve.

Remote Control

The Concrete pump comes complete with a 10 meter cable remote control as a standard feature.

Hydraulics

All SCHWING concrete pumps have an output governed hydraulic pump that ensures that the prime mover is never overloaded, the automatic governor splits available engine output optimally into oil flow and oil pressure and allows the concrete pump to run at the best possible output level. At the same time, the manual de-stroker valve can be used to set the pump to a required fine tuning to set stroke rate and output independent of the automatic governor. The open circuit, combined with the SCHWING designed Hi-flow spool block ensures minimum heat generation in the hydraulics, therefore there are negligible output losses and minimum stress on the hydraulic components.

Easy Maintenance

The easy access to all the parts of the machine ensures that maintenance requires the minimum time for maintenance so your machine is up and running in no time at all.

Pumping

SCHWING portable concrete pumps are successfully deployed worldwide wherever vast quantities of concrete have to be pumped over exceptionally long horizontal and vertical distances. In building and civil engineering projects, they are also fast, reliable and economically efficient in handling pumpable concretes under extreme conditions with regard to concrete designs, job sites, and climate.

Compact class, High performance & High fuel efficiency

The Rock Valve

RL-Rock valve, is a new generation Rock valve, Engineered by SCHWING R&D after extensive studies of behavior of tough concrete in various developing countries. This rugged, reliable rock valve is highly suited for stiff, difficult mixes of concrete and ideal for use in combination with the long stroke pumping unit. An option that can be recommended is the hard facing layer for extremely long service life.

Integrated Control Block

The hydraulic control system is integrated within the drive. The compact control block & minimal hydraulic lines makes the equipment Reliable & durable.

Fast Switching Valve

Compact design individual switching circuit ensures quick operation of rock valve.

Remote Control

The Concrete pump comes complete with a 10-meter cable remote control as a standard feature.

Hydraulics

All SCHWING concrete pumps have an output governed hydraulic pump that ensures that the prime mover is never overloaded, the automatic governor splits available engine output optimally into oil flow and oil pressure and allows the concrete pump to run at the best possible output level. At the same time, the manual de-stroker valve can be used to set the pump to a required fine tuning to set stroke rate and output independent of the automatic governor. The open circuit, combined with the SCHWING designed Hi-flow spool block ensures minimum heat generation in the hydraulics, therefore there are negligible output losses and minimum stress on the hydraulic components.

Pumping

SCHWING portable concrete pumps are successfully deployed worldwide, whenever vast quantities of concrete have to be pumped over exceptionally long horizontal and vertical distances.In building and civil engineering projects, they are also fast, reliable and economically efficient in handling pumpable concrete under extreme conditions with regard to concrete designs, job sites and climate. When you want to go to the top, choose the pumps that have already been there - the range of heavy duty pumps manufactured by SCHWING are the perfect solutions for high power pumping. Pumps like SP 3000, SP 3600, SP 4800 and SP 8800 are the high pressure workhorse pumps that have topped out more high rise buildings than any other.

Rock Valve

Rock valve with reinforced axial bearing of the slewing shaft and additional slewing cylinder for valve switchover, designed for exceptionally tough usage. Extension units can be added to the feeding hopper (shown here without rubber border) to customer specifications. Transport lifting eyes are welded to the top of the support structure and integrated into the housing.The heart of the concrete pump is the Rock valve, patented in almost all industrialized countries and offering exemplary pumping characteristics, wearing properties and operational safety.

Gear Box for Agitator Motor

When everything else is getting stronger, the agitator has to follow suit. The high torque of the agitator drive rotates the agitator paddles untiringly, even with very coarse concrete.

Control Block

Schwing SP 8800

The epitome of concrete pumps, the Schwing SP 8800 is the most powerful pump in the world. The choice wherever concrete has to be pumped to record breaking heights. This pump has the Rock Valve and open hydraulics as all Schwing pumps. The Schwing philosophy of green pumping is built into this pump and it is designed to use the minimum amount of fuel for it's operation ensuring a healthy economy as well as a healthy environment.

Also the noise shielding features ensure that the pump noise is reduced. The ergonomic control panel displays all operating data and the intuitive interface enables the operates to learn using the pump quickly. Another advantage of using Schwing is the experience we have for the past 83 years in concreting. Also our extensive network of branches, spares stores and engineer locations ensure that you have the best expertise to support you always.

STETTER CONCRETE RECYCLING PLANT (ECOLOGICAL OBLIGATION ECONOMICAL SOLUTION)

Concern for our environment, guidelines from legal authorities and above all, increased awareness of costs are the mainreasons for worldwide efforts to solve the concrete industry's disposal and recycling problems. Profiting from extensive experience gained with sieve/cyclone separation systems, Stetter had already developed and implemented the concrete recycling plant by 1976.

Since then, our systems have proved to be reliable, economical and highly wear-resistant. Our permanent developmentefforts have made the Stetter concrete recycling plant an exceptionally strong product. We now offer two different sizes from 12m3 /h to a maximum of 20m3 /h concrete recycling.