This product is used for the following applications:

• Concrete placement in general

• Features

  To pour strong concrete, this multiple vibrator transmits its powerful vibration to remove inner air bubbles, densify the concrete, and distribute the aggregate equally. It can be combined with a lightweight extension pipe for use in narrow gaps, so that the vibrator can be used without being caught by rebars.

  Reduced vibration at hand, resulting in greater ease of operation

  The use of a damping joint of our unique design alleviates vibration at hand. The unit is easy on people and increases work efficiency.

  

  The unit can be inserted smoothly without being caught by rebars

  Ordinary vibrators have the tips of their vibrating bodies oriented vertically at all times. For multiple vibrators, on the other hand, their pipe and rubber damper fix the tip of the vibrating body, so that the vibrating body can be inserted even at an inclined angle. As a result, the vibrator will not be caught by rebars.

  It can be inserted at pinpoint into where you aim

  In concreting in walls, beams, columns, and other architectural components, you can combine the vibrator with a lightweight extension pipe when managing narrow gaps, and insert it at pinpoint into where you aim.

  Insertable obliquely as well

  You can insert the vibrator along the oblique angle of the slope face, thereby giving a good finish on the concreted surface.

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

  

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

   

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length)(mm)		Anti-vibration joint (mm)	Extend pipe (mm)	Hose length (dia× length)(mm)
  HBM30ZXLH 4m	5915	31×376		250	1135	28×4000
  HBM30ZXLH 6m	7915					28×6000
  HBM40VFLH 4m	5829	43×360		280	1035	28×4000
  HBM40VFLH 6m	7829					28×6000

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length)(ft)		Anti-vibration joint (in)	Extend pipe (in)	Hose length (dia× length)(in×ft)
  HBM30ZXLH 4m	19’5″	1.2″×1’3″		9.8″	44.7″	11/16″×13’1″
  HBM30ZXLH 6m	26′					1 1/16″×19’8″
  HBM40VFLH 4m	19’1″	19/16″×1’2″		11″	40.7″	11/16″×13’1″
  HBM40VFLH 6m	25’8″					11/16″×19’8″

  Specification

  Multiple vibrator Specification

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZXLH	130	48	3.5	200/240	5915	31×376	28×4000	12.1
  HBM40VFLH	250		5.5		5829	43×360	28×4000	13.9

  （Imperial System）

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM30ZXLH	130	48	3.5	200/240	19’5″	1.2″×1’3″	11/16″×13’1″	26.7
  HBM40VFLH	250		5.5		19’1″	19/16″×1’2″	11/16″×13’1″	30.6

  *Product masses include that of the external cord (3.8 kg).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

This product is used for the following applications:

• Concrete placement in general

• Features

  The fin head transmits powerful vibration in such a manner as to distribute aggregate equally by removing inner air bubbles and densify the concrete in order to realize strong concrete. The tip is fin-shaped to transmit powerful vibration.

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

   

  

  Eco-friendly products

  The HBM series are eco-friendly.
  Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

   

  

  Easy maintenance

  The ZX type is a structure where a rotor is integrated with a vibrating shaft (except for the 30ZX).
  The VF type has its rotor as a separate part from its vibrating shaft to increase maintainability of the vibrating body.
  Both types allow disassembly as the bearings are assembled on the rotor and vibrating shaft, resulting in higher maintainability. The bearings used are filled with a proven, long-lasting grease.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

   

  

  Stable vibration

  The unit incorporates a three-phase AC motor with smooth revolution and high output.
  (The single-phase AC motor is low in output and susceptible to uneven revolution.) With this, the HBM ensures stable, powerful vibration.

  Higher durability

  The tip and vibrating body, made of abrasion-resistant materials, are durable.

  Reducing vibration at hand

  The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

   

  Specification

  Fin head specification

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （mm）	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZX	130	48	3.5	200/240	6,350	31×376	28×6,000	9.6
  HBM40VF	250		5.5		6,502	43×348	33×6,000	12.1
  HBM50VF	400		9.0		6,551	52×397	36×6,000	16.1
  HBM60ZX	500		13.0		6,570	61×415		17.5

  （Imperial System）

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （Hz）	Head length (dia×length) (in)	Hose length (dia×length) (in×ft)	Weight (in)
  HBM30ZX	130	48	3.5	200/240	21’5″	1.2″×1’3″	11/16″×19’8″	21.2
  HBM40VF	250		5.5		21’4″	19/16″×1’2″	1.3×19’8″	26.7
  HBM50VF	400		9.0		21’6″	2.0″×1’4″	1.4×19’8″	35.5
  HBM60ZX	500		13.0		21’7″	23/8″×1’4″		38.6

  *Product masses include that of the external cord (3.8 kg for 30ZX～40VF, 4.9 kg for 50VF～60ZX).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length) (mm)	Hose length (dia× length) (mm)
  HBM30ZX	6530	31×376	28×6000
  HBM40VF	6502	43×348	33×6000
  HBM50VF	6551	52×397	36×6000
  HBM60ZX	6570	61×415

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
  HBM30ZX	21’5″	1.2″×1’3″	11/16″×19’8″
  HBM40VF	21’4″	19/16″×1’2″	1.3″×19’8″
  HBM50VF	21’6″	2.0″×1’4″	1.4″×19’8″
  HBM60ZX	21’7″	23/8″×1’4″

This product is used for the following applications:

• Concrete placement in general

• Features

  To pour strong concrete, this multiple vibrator transmits its powerful vibration to remove inner air bubbles, densify the concrete, and distribute the aggregate equally. It can be combined with a lightweight extension pipe for use in narrow gaps, so that the vibrator can be used without being caught by rebars.

  Reduced vibration at hand, resulting in greater ease of operation

  The use of a damping joint of our unique design alleviates vibration at hand. The unit is easy on people and increases work efficiency.

  

  The unit can be inserted smoothly without being caught by rebars

  Ordinary vibrators have the tips of their vibrating bodies oriented vertically at all times. For multiple vibrators, on the other hand, their pipe and rubber damper fix the tip of the vibrating body, so that the vibrating body can be inserted even at an inclined angle. As a result, the vibrator will not be caught by rebars.

  It can be inserted at pinpoint into where you aim

  In concreting in walls, beams, columns, and other architectural components, you can combine the vibrator with a lightweight extension pipe when managing narrow gaps, and insert it at pinpoint into where you aim.

  Insertable obliquely as well

  You can insert the vibrator along the oblique angle of the slope face, thereby giving a good finish on the concreted surface.

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

  

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

   

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length)(mm)		Anti-vibration joint (mm)	Extend pipe (mm)	Hose length (dia× length)(mm)
  HBM30ZXLH 4m	5915	31×376		250	1135	28×4000
  HBM30ZXLH 6m	7915					28×6000
  HBM40VFLH 4m	5829	43×360		280	1035	28×4000
  HBM40VFLH 6m	7829					28×6000

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length)(ft)		Anti-vibration joint (in)	Extend pipe (in)	Hose length (dia× length)(in×ft)
  HBM30ZXLH 4m	19’5″	1.2″×1’3″		9.8″	44.7″	11/16″×13’1″
  HBM30ZXLH 6m	26′					1 1/16″×19’8″
  HBM40VFLH 4m	19’1″	19/16″×1’2″		11″	40.7″	11/16″×13’1″
  HBM40VFLH 6m	25’8″					11/16″×19’8″

  Specification

  Multiple vibrator Specification

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZXLH	130	48	3.5	200/240	5915	31×376	28×4000	12.1
  HBM40VFLH	250		5.5		5829	43×360	28×4000	13.9

  （Imperial System）

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM30ZXLH	130	48	3.5	200/240	19’5″	1.2″×1’3″	11/16″×13’1″	26.7
  HBM40VFLH	250		5.5		19’1″	19/16″×1’2″	11/16″×13’1″	30.6

  *Product masses include that of the external cord (3.8 kg).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

This product is used for the following applications:

• Concrete placement in general

• Features

  To pour strong concrete, this multiple vibrator transmits its powerful vibration to remove inner air bubbles, densify the concrete, and distribute the aggregate equally. It can be combined with a lightweight extension pipe for use in narrow gaps, so that the vibrator can be used without being caught by rebars.

  Reduced vibration at hand, resulting in greater ease of operation

  The use of a damping joint of our unique design alleviates vibration at hand. The unit is easy on people and increases work efficiency.

  

  The unit can be inserted smoothly without being caught by rebars

  Ordinary vibrators have the tips of their vibrating bodies oriented vertically at all times. For multiple vibrators, on the other hand, their pipe and rubber damper fix the tip of the vibrating body, so that the vibrating body can be inserted even at an inclined angle. As a result, the vibrator will not be caught by rebars.

  It can be inserted at pinpoint into where you aim

  In concreting in walls, beams, columns, and other architectural components, you can combine the vibrator with a lightweight extension pipe when managing narrow gaps, and insert it at pinpoint into where you aim.

  Insertable obliquely as well

  You can insert the vibrator along the oblique angle of the slope face, thereby giving a good finish on the concreted surface.

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

  

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

   

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length)(mm)		Anti-vibration joint (mm)	Extend pipe (mm)	Hose length (dia× length)(mm)
  HBM30ZXLH 4m	5915	31×376		250	1135	28×4000
  HBM30ZXLH 6m	7915					28×6000
  HBM40VFLH 4m	5829	43×360		280	1035	28×4000
  HBM40VFLH 6m	7829					28×6000

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length)(ft)		Anti-vibration joint (in)	Extend pipe (in)	Hose length (dia× length)(in×ft)
  HBM30ZXLH 4m	19’5″	1.2″×1’3″		9.8″	44.7″	11/16″×13’1″
  HBM30ZXLH 6m	26′					1 1/16″×19’8″
  HBM40VFLH 4m	19’1″	19/16″×1’2″		11″	40.7″	11/16″×13’1″
  HBM40VFLH 6m	25’8″					11/16″×19’8″

  Specification

  Multiple vibrator Specification

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZXLH	130	48	3.5	200/240	5915	31×376	28×4000	12.1
  HBM40VFLH	250		5.5		5829	43×360	28×4000	13.9

  （Imperial System）

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM30ZXLH	130	48	3.5	200/240	19’5″	1.2″×1’3″	11/16″×13’1″	26.7
  HBM40VFLH	250		5.5		19’1″	19/16″×1’2″	11/16″×13’1″	30.6

  *Product masses include that of the external cord (3.8 kg).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

This product is used for the following applications:

• Concrete placement in general

• Features

  The fin head transmits powerful vibration in such a manner as to distribute aggregate equally by removing inner air bubbles and densify the concrete in order to realize strong concrete. The tip is fin-shaped to transmit powerful vibration.

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

   

  

  Eco-friendly products

  The HBM series are eco-friendly.
  Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

   

  

  Easy maintenance

  The ZX type is a structure where a rotor is integrated with a vibrating shaft (except for the 30ZX).
  The VF type has its rotor as a separate part from its vibrating shaft to increase maintainability of the vibrating body.
  Both types allow disassembly as the bearings are assembled on the rotor and vibrating shaft, resulting in higher maintainability. The bearings used are filled with a proven, long-lasting grease.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

   

  

  Stable vibration

  The unit incorporates a three-phase AC motor with smooth revolution and high output.
  (The single-phase AC motor is low in output and susceptible to uneven revolution.) With this, the HBM ensures stable, powerful vibration.

  Higher durability

  The tip and vibrating body, made of abrasion-resistant materials, are durable.

  Reducing vibration at hand

  The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

   

  Specification

  Fin head specification

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （mm）	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZX	130	48	3.5	200/240	6,350	31×376	28×6,000	9.6
  HBM40VF	250		5.5		6,502	43×348	33×6,000	12.1
  HBM50VF	400		9.0		6,551	52×397	36×6,000	16.1
  HBM60ZX	500		13.0		6,570	61×415		17.5

  （Imperial System）

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （Hz）	Head length (dia×length) (in)	Hose length (dia×length) (in×ft)	Weight (in)
  HBM30ZX	130	48	3.5	200/240	21’5″	1.2″×1’3″	11/16″×19’8″	21.2
  HBM40VF	250		5.5		21’4″	19/16″×1’2″	1.3×19’8″	26.7
  HBM50VF	400		9.0		21’6″	2.0″×1’4″	1.4×19’8″	35.5
  HBM60ZX	500		13.0		21’7″	23/8″×1’4″		38.6

  *Product masses include that of the external cord (3.8 kg for 30ZX～40VF, 4.9 kg for 50VF～60ZX).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length) (mm)	Hose length (dia× length) (mm)
  HBM30ZX	6530	31×376	28×6000
  HBM40VF	6502	43×348	33×6000
  HBM50VF	6551	52×397	36×6000
  HBM60ZX	6570	61×415

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
  HBM30ZX	21’5″	1.2″×1’3″	11/16″×19’8″
  HBM40VF	21’4″	19/16″×1’2″	1.3″×19’8″
  HBM50VF	21’6″	2.0″×1’4″	1.4″×19’8″
  HBM60ZX	21’7″	23/8″×1’4″

This product is used for the following applications:

• Concrete placement in general

• Features

• The fin head transmits powerful vibration in such a manner as to distribute aggregate equally by removing inner air bubbles and densify the concrete in order to realize strong concrete. The tip is fin-shaped to transmit powerful vibration.

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

   

  

  Eco-friendly products

  The HBM series are eco-friendly.
  Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

   

  

  Easy maintenance

  The ZX type is a structure where a rotor is integrated with a vibrating shaft (except for the 30ZX).
  The VF type has its rotor as a separate part from its vibrating shaft to increase maintainability of the vibrating body.
  Both types allow disassembly as the bearings are assembled on the rotor and vibrating shaft, resulting in higher maintainability. The bearings used are filled with a proven, long-lasting grease.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

   

  

  Stable vibration

  The unit incorporates a three-phase AC motor with smooth revolution and high output.
  (The single-phase AC motor is low in output and susceptible to uneven revolution.) With this, the HBM ensures stable, powerful vibration.

  Higher durability

  The tip and vibrating body, made of abrasion-resistant materials, are durable.

  Reducing vibration at hand

  The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

  Specification

  Fin head specification

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （mm）	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZX	130	48	3.5	200/240	6,350	31×376	28×6,000	9.6
  HBM40VF	250		5.5		6,502	43×348	33×6,000	12.1
  HBM50VF	400		9.0		6,551	52×397	36×6,000	16.1
  HBM60ZX	500		13.0		6,570	61×415		17.5

  （Imperial System）

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （Hz）	Head length (dia×length) (in)	Hose length (dia×length) (in×ft)	Weight (in)
  HBM30ZX	130	48	3.5	200/240	21’5″	1.2″×1’3″	11/16″×19’8″	21.2
  HBM40VF	250		5.5		21’4″	19/16″×1’2″	1.3×19’8″	26.7
  HBM50VF	400		9.0		21’6″	2.0″×1’4″	1.4×19’8″	35.5
  HBM60ZX	500		13.0		21’7″	23/8″×1’4″		38.6

  *Product masses include that of the external cord (3.8 kg for 30ZX～40VF, 4.9 kg for 50VF～60ZX).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length) (mm)	Hose length (dia× length) (mm)
  HBM30ZX	6530	31×376	28×6000
  HBM40VF	6502	43×348	33×6000
  HBM50VF	6551	52×397	36×6000
  HBM60ZX	6570	61×415

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
  HBM30ZX	21’5″	1.2″×1’3″	11/16″×19’8″
  HBM40VF	21’4″	19/16″×1’2″	1.3″×19’8″
  HBM50VF	21’6″	2.0″×1’4″	1.4″×19’8″
  HBM60ZX	21’7″	23/8″×1’4″

This product is used for the following applications:

• Concrete placement in general

• Features

• To pour strong concrete, this multiple vibrator transmits its powerful vibration to remove inner air bubbles, densify the concrete, and distribute the aggregate equally. It can be combined with a lightweight extension pipe for use in narrow gaps, so that the vibrator can be used without being caught by rebars.

   

  Reduced vibration at hand, resulting in greater ease of operation

  The use of a damping joint of our unique design alleviates vibration at hand. The unit is easy on people and increases work efficiency.

   

   

  

  The unit can be inserted smoothly without being caught by rebars

  Ordinary vibrators have the tips of their vibrating bodies oriented vertically at all times. For multiple vibrators, on the other hand, their pipe and rubber damper fix the tip of the vibrating body, so that the vibrating body can be inserted even at an inclined angle. As a result, the vibrator will not be caught by rebars.

   

  It can be inserted at pinpoint into where you aim

  In concreting in walls, beams, columns, and other architectural components, you can combine the vibrator with a lightweight extension pipe when managing narrow gaps, and insert it at pinpoint into where you aim.

   

  Insertable obliquely as well

  You can insert the vibrator along the oblique angle of the slope face, thereby giving a good finish on the concreted surface.

   

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

   

  

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

   

  

  Specification

   

  Multiple vibrator Specification

   

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZXLH	130	48	3.5	200/240	5915	31×376	28×4000	12.1
  HBM40VFLH	250		5.5		5829	43×360	28×4000	13.9

  （Imperial System）

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM30ZXLH	130	48	3.5	200/240	19’5″	1.2″×1’3″	11/16″×13’1″	26.7
  HBM40VFLH	250		5.5		19’1″	19/16″×1’2″	11/16″×13’1″	30.6

  *Product masses include that of the external cord (3.8 kg).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length)(mm)		Anti-vibration joint (mm)	Extend pipe (mm)	Hose length (dia× length)(mm)
  HBM30ZXLH 4m	5915	31×376		250	1135	28×4000
  HBM30ZXLH 6m	7915					28×6000
  HBM40VFLH 4m	5829	43×360		280	1035	28×4000
  HBM40VFLH 6m	7829					28×6000

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length)(ft)		Anti-vibration joint (in)	Extend pipe (in)	Hose length (dia× length)(in×ft)
  HBM30ZXLH 4m	19’5″	1.2″×1’3″		9.8″	44.7″	11/16″×13’1″
  HBM30ZXLH 6m	26′					1 1/16″×19’8″
  HBM40VFLH 4m	19’1″	19/16″×1’2″		11″	40.7″	11/16″×13’1″
  HBM40VFLH 6m	25’8″					11/16″×19’8″

  Specification

  Multiple vibrator Specification

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZXLH	130	48	3.5	200/240	5915	31×376	28×4000	12.1
  HBM40VFLH	250		5.5		5829	43×360	28×4000	13.9

  （Imperial System）

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM30ZXLH	130	48	3.5	200/240	19’5″	1.2″×1’3″	11/16″×13’1″	26.7
  HBM40VFLH	250		5.5		19’1″	19/16″×1’2″	11/16″×13’1″	30.6

  *Product masses include that of the external cord (3.8 kg).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

This product is used for the following applications:

• Concrete placement in general

• Features

  The fin head transmits powerful vibration in such a manner as to distribute aggregate equally by removing inner air bubbles and densify the concrete in order to realize strong concrete. The tip is fin-shaped to transmit powerful vibration.

  Tip shape: increasing compaction with a fin-shaped tip

  Tips of six fin shapes eliminate transmission losses in vibration energy, thereby transmitting vibration more efficiently than general round types. The reshaped tip also aims to reduce scattering of concrete when poured.

   

  

  Eco-friendly products

  The HBM series are eco-friendly.
  Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

   

  

  Easy maintenance

  The ZX type is a structure where a rotor is integrated with a vibrating shaft (except for the 30ZX).
  The VF type has its rotor as a separate part from its vibrating shaft to increase maintainability of the vibrating body.
  Both types allow disassembly as the bearings are assembled on the rotor and vibrating shaft, resulting in higher maintainability. The bearings used are filled with a proven, long-lasting grease.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

   

  

  Stable vibration

  The unit incorporates a three-phase AC motor with smooth revolution and high output.
  (The single-phase AC motor is low in output and susceptible to uneven revolution.) With this, the HBM ensures stable, powerful vibration.

  Higher durability

  The tip and vibrating body, made of abrasion-resistant materials, are durable.

  Reducing vibration at hand

  The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

  Specification

  Fin head specification

   

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （mm）	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM30ZX	130	48	3.5	200/240	6,350	31×376	28×6,000	9.6
  HBM40VF	250		5.5		6,502	43×348	33×6,000	12.1
  HBM50VF	400		9.0		6,551	52×397	36×6,000	16.1
  HBM60ZX	500		13.0		6,570	61×415		17.5

  （Imperial System）

  Model	Output （W）	Voltage （V）	Current （A）	Frequency （Hz）	Total length （Hz）	Head length (dia×length) (in)	Hose length (dia×length) (in×ft)	Weight (in)
  HBM30ZX	130	48	3.5	200/240	21’5″	1.2″×1’3″	11/16″×19’8″	21.2
  HBM40VF	250		5.5		21’4″	19/16″×1’2″	1.3×19’8″	26.7
  HBM50VF	400		9.0		21’6″	2.0″×1’4″	1.4×19’8″	35.5
  HBM60ZX	500		13.0		21’7″	23/8″×1’4″		38.6

  *Product masses include that of the external cord (3.8 kg for 30ZX～40VF, 4.9 kg for 50VF～60ZX).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length （mm）	Head length (dia× length) (mm)	Hose length (dia× length) (mm)
  HBM30ZX	6530	31×376	28×6000
  HBM40VF	6502	43×348	33×6000
  HBM50VF	6551	52×397	36×6000
  HBM60ZX	6570	61×415

  （Imperial System）

  Model	Total length （ft）	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
  HBM30ZX	21’5″	1.2″×1’3″	11/16″×19’8″
  HBM40VF	21’4″	19/16″×1’2″	1.3″×19’8″
  HBM50VF	21’6″	2.0″×1’4″	1.4″×19’8″
  HBM60ZX	21’7″	23/8″×1’4″

This product is used for the following applications:

• General concreting
• Concreting on over-congested reinforced worksites

• Features

  The high-frequency 48 V series of spiral internal vibrators, with the surface of their vibrating body with a concave spiral groove, are for the inside of concrete. There are four standard models: HBM40AXS (6m) and HBM50AXS (6m), which are the old models with round head tips on them, and HBM40AXS-R (6m) and HBM50AXS-R (6 mm), tipped with a rubber head.
  Spiral internal vibrators are small, powerful concrete vibrators characterized by their spiral concave groove in the surface of their vibrating body to maximize the surface of contact with freshly mixed concrete, thereby increasing contact resistance with the concrete to increase vibration transmission efficiency, and by the clockwise and counterclockwise revolution of their switch at hand that allows workers to select a direction of vibration transmission.
  The clockwise revolution of the vibrator motor rotor is expected to level bumps of masses of freshly mixed concrete. The counterclockwise revolution is, on the other hand, expected to push the concrete to the farthest corners of the rebars with its downward thrust force, thereby propagating vibration to faraway locations and, when pulled up, to propagate air bubbles to be easily discharged upwards. When the vibrating body has bitten into a rebar, too, workers have a higher possibility of being able to collect it by using different directions of revolution according to the situation. This is advantageous in that it is expected to prevent materials from being left in place.
  The backdrop of the development of these models is the trend these days toward growing numbers of over-congested rebar designs in concrete structures, resulting in difficulty in concreting and compaction, which is a factor against concrete strength. In response to these complaints from workers on construction sites, we have pursued vibrators capable of densely compacting concrete with high working efficiency even in cramped regions with rebars arranged very densely. These models are a result of our joint research with a large general contractor.
  (Patents pending.)
  *Power can be supplied by conventional high-frequency inverters and high-frequency generators.

  The effect of spirals

  The presence of a spiral convex groove in the surface of the vibration unit of the concrete vibrator increases the contact area of freshly mixed concrete with the vibrating unit. This, together with physical engagement, increases contact force with freshly mixed concrete, thereby transmitting vibration energy.

  

  The effect of revolution direction

  The use of the surface shape of the spiral concave groove, in combination with the functions of clockwise and counterclockwise revolution, controls the direction of vibrating force, thereby displaying secondary effect. The switchover of the direction of motor revolution with the switch at hand is effective when revolved clockwise in breaking and leveling bumps of freshly mixed concrete when applied. When pulled up, it is expected to effectively facilitate the upward discharge of air bubbles. When revolved counterclockwise, the unit is expected to produce a downward thrust force, pressing the freshly mixed concrete to the farthest corners of the rebars, propagating the vibration to faraway locations. To check which way the product is vibrating, workers can do so directly with his hands by holding the vibrating body gently with his right hand as shown in the figure. If his forefinger moves rightward, the motor rotor should be revolving clockwise. If leftward, counterclockwise. In inspecting with the floor surface, workers can apply the vibrating tip to the floor. The vibrating body will then move to the left or right. If it moves to the right, the motor rotor should be revolving clockwise. If left, counterclockwise.

  

  

  

  The effect of preventing left-in-place material

  The switch at hand comes equipped with functions of clockwise and counterclockwise revolution. If, during concreting, the vibrating unit is caught by a rebar, the unit becomes more likely to collect the material by using the force of the vibrating unit trying to float, hopefully resulting in preventing the material from being left in place.
  Note: If the vibrating unit is caught by several rebars, it can physically not be pulled out.

  Tipped with an old round head and a rubber head

  Round head tip: The tip is so shaped as to reduce dispersions of freshly mixed concrete when pulled or inserted into a mass of concrete. The tip is also so shaped as to allow the void formerly occupied by the vibrator to be neatly filled up after the vibrator goes out.
  Rubber head tip: The use of a rubber head prevents noise from being generated in concreting by the vibrator tip touching a mold or rebar during concreting, and prevents damage and other inconveniences from being generated by a mold, rebar, or tile from touching the tip.

  

  Eco-friendly products

  The HBM series are eco-friendly. Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

  

  Easy to maintain

  With its rotor integrated with its vibration shaft, the machine is now easy to maintain. Moreover, the bearings are lubricated not with oil but with grease, which obviates the need for controlling lube or oil seal.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

  Reducing vibration at hand

  The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

  Specification

  HBM-AXS / HBM-AXS-R

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM40AXS	250	48	5.5	200/240	6464	43 × 310	33 × 6000	11.7
  HBM40AXS-R					6509	43 × 355		12.0
  HBM50AXS	400		9.0		6514	52 × 360	36 × 6000	15.7
  HBM50AXS-R					6554	52 × 400		16.0

  (Imperial System)

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM40AXS	250	48	5.5	200/240	21’2″	19/16″×1’0″	1.3×19’8″	25.79
  HBM40AXS-R					21’4″	19/16″×1’2″		26.46
  HBM50AXS	400		9.0		21’4″	2.0×1’2″	1.4×19’8″	34.61
  HBM50AXS-R					21’6″	2.0×1’4″		35.27

  *Product masses include that of the external cord (3.8 kg for 40, 4.9 kg for 50).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length (m)	Head length (dia × length) (mm)	Hose length (dia × length) (mm)
  HBM40AXS	6464	43 × 310	33 × 6000
  HBM40AXS-R	6509	43 × 355
  HBM50AXS	6514	52 × 360	36 × 6000
  HBM50AXS-R	6554	52 × 400

  (Imperial System)

  Model	Total length (ft)	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
  HBM40AXS	21’2″	19/16″×1’0″	1.3×19’8″
  HBM40AXS-R	21’4″	19/16″×1’2″
  HBM50AXS	21’4″	2.0×1’2″	1.4×19’8″
  HBM50AXS-R	21’6″	2.0×1’4″

This product is used for the following applications:

• General concreting
• Concreting on over-congested reinforced worksites

• Features

  The high-frequency 48 V series of spiral internal vibrators, with the surface of their vibrating body with a concave spiral groove, are for the inside of concrete. There are four standard models: HBM40AXS (6m) and HBM50AXS (6m), which are the old models with round head tips on them, and HBM40AXS-R (6m) and HBM50AXS-R (6 mm), tipped with a rubber head.
  Spiral internal vibrators are small, powerful concrete vibrators characterized by their spiral concave groove in the surface of their vibrating body to maximize the surface of contact with freshly mixed concrete, thereby increasing contact resistance with the concrete to increase vibration transmission efficiency, and by the clockwise and counterclockwise revolution of their switch at hand that allows workers to select a direction of vibration transmission.
  The clockwise revolution of the vibrator motor rotor is expected to level bumps of masses of freshly mixed concrete. The counterclockwise revolution is, on the other hand, expected to push the concrete to the farthest corners of the rebars with its downward thrust force, thereby propagating vibration to faraway locations and, when pulled up, to propagate air bubbles to be easily discharged upwards. When the vibrating body has bitten into a rebar, too, workers have a higher possibility of being able to collect it by using different directions of revolution according to the situation. This is advantageous in that it is expected to prevent materials from being left in place.
  The backdrop of the development of these models is the trend these days toward growing numbers of over-congested rebar designs in concrete structures, resulting in difficulty in concreting and compaction, which is a factor against concrete strength. In response to these complaints from workers on construction sites, we have pursued vibrators capable of densely compacting concrete with high working efficiency even in cramped regions with rebars arranged very densely. These models are a result of our joint research with a large general contractor.
  (Patents pending.)
  *Power can be supplied by conventional high-frequency inverters and high-frequency generators.

  The effect of spirals

  The presence of a spiral convex groove in the surface of the vibration unit of the concrete vibrator increases the contact area of freshly mixed concrete with the vibrating unit. This, together with physical engagement, increases contact force with freshly mixed concrete, thereby transmitting vibration energy.

  

  The effect of revolution direction

  The use of the surface shape of the spiral concave groove, in combination with the functions of clockwise and counterclockwise revolution, controls the direction of vibrating force, thereby displaying secondary effect. The switchover of the direction of motor revolution with the switch at hand is effective when revolved clockwise in breaking and leveling bumps of freshly mixed concrete when applied. When pulled up, it is expected to effectively facilitate the upward discharge of air bubbles. When revolved counterclockwise, the unit is expected to produce a downward thrust force, pressing the freshly mixed concrete to the farthest corners of the rebars, propagating the vibration to faraway locations. To check which way the product is vibrating, workers can do so directly with his hands by holding the vibrating body gently with his right hand as shown in the figure. If his forefinger moves rightward, the motor rotor should be revolving clockwise. If leftward, counterclockwise. In inspecting with the floor surface, workers can apply the vibrating tip to the floor. The vibrating body will then move to the left or right. If it moves to the right, the motor rotor should be revolving clockwise. If left, counterclockwise.

  

  

  

  The effect of preventing left-in-place material

  The switch at hand comes equipped with functions of clockwise and counterclockwise revolution. If, during concreting, the vibrating unit is caught by a rebar, the unit becomes more likely to collect the material by using the force of the vibrating unit trying to float, hopefully resulting in preventing the material from being left in place.
  Note: If the vibrating unit is caught by several rebars, it can physically not be pulled out.

  Tipped with an old round head and a rubber head

  Round head tip: The tip is so shaped as to reduce dispersions of freshly mixed concrete when pulled or inserted into a mass of concrete. The tip is also so shaped as to allow the void formerly occupied by the vibrator to be neatly filled up after the vibrator goes out.
  Rubber head tip: The use of a rubber head prevents noise from being generated in concreting by the vibrator tip touching a mold or rebar during concreting, and prevents damage and other inconveniences from being generated by a mold, rebar, or tile from touching the tip.

  

  Eco-friendly products

  The HBM series are eco-friendly. Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

  

  Easy to maintain

  With its rotor integrated with its vibration shaft, the machine is now easy to maintain. Moreover, the bearings are lubricated not with oil but with grease, which obviates the need for controlling lube or oil seal.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

  Reducing vibration at hand

  The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

  Specification

  HBM-AXS / HBM-AXS-R

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM40AXS	250	48	5.5	200/240	6464	43 × 310	33 × 6000	11.7
  HBM40AXS-R					6509	43 × 355		12.0
  HBM50AXS	400		9.0		6514	52 × 360	36 × 6000	15.7
  HBM50AXS-R					6554	52 × 400		16.0

  (Imperial System)

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM40AXS	250	48	5.5	200/240	21’2″	19/16″×1’0″	1.3×19’8″	25.79
  HBM40AXS-R					21’4″	19/16″×1’2″		26.46
  HBM50AXS	400		9.0		21’4″	2.0×1’2″	1.4×19’8″	34.61
  HBM50AXS-R					21’6″	2.0×1’4″		35.27

  *Product masses include that of the external cord (3.8 kg for 40, 4.9 kg for 50).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length (m)	Head length (dia × length) (mm)	Hose length (dia × length) (mm)
  HBM40AXS	6464	43 × 310	33 × 6000
  HBM40AXS-R	6509	43 × 355
  HBM50AXS	6514	52 × 360	36 × 6000
  HBM50AXS-R	6554	52 × 400

  (Imperial System)

  Model	Total length (ft)	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
  HBM40AXS	21’2″	19/16″×1’0″	1.3×19’8″
  HBM40AXS-R	21’4″	19/16″×1’2″
  HBM50AXS	21’4″	2.0×1’2″	1.4×19’8″
  HBM50AXS-R	21’6″	2.0×1’4″

This product is used for the following applications:

• Slab concreting

• Features

  The high-frequency 48 V series of slab internal vibrators are for the inside of concrete and designed specifically for slab concreting. These come in two models: CSV50 with a hose length of 1.5 mm (50 mm in nominal diameter) and a rubber head type that does not damage molds (CSV50-R, 1.5 m).
  In conventional practice, columns, walls, slabs (floors), and other regions were concreted with general-purpose vibrators. In slab concreting, in particular, workers tend to move over a wide range. Making vibrators lightweight therefore leads directly to a reduction in worker fatigue, resulting in increasing work efficiency dramatically.
  Slab internal vibrators each come equipped with a handheld hose 33 mm, which makes it easy to hold. The new internal structure makes the vibrating unit about 240 mm long, which is much shorter than that of a versatile unit. This makes these vibrators easy to move and use.
  In addition to concreting architectural slabs and manufacturing prefabrication plates in secondary concrete product factories, there are many other examples of applications where work efficiency is enhanced by using this machine on tunnel construction sites with concrete inlet ports (secondary winding by centering) and other worksites. The advantageous lightweight and shortness of this machine can be used to adjust to various worksites (patents pending).
  *Power supply units can be used on conventional high-frequency inverters and high-frequency generators.

  The vibrating unit tipped with a round metal head and a rubber head

  Tip of the round head: The tip is round, which is most common to concrete masses. This tip shape allows smaller quantities of freshly mixed concrete to be dispersed when inserted into or pulled out of a concrete mass. The tip is also so shaped to fill the vibrator void neatly when the vibrator is pulled out. With an outer diameter (52 mm) and about 240 mm in length, together with its overall length greatly shorter than general-purpose models, this model is lightweight: 2.7 kg in vibrating body mass.
  The overall length is reduced by about 35%.
  Rubber head tip: The use of a rubber head prevents noise from being generated in concreting by the vibrator tip touching a mold or rebar during concreting, and prevents damage and other inconveniences from being generated by a mold, rebar, or tile from touching the tip.

  

  

  A vibrator best suited for architectural slabs

  With its vibrating unit lightweight and short, this vibrator is easy to operate and user-friendly even on poorly-conditioned ground. With a standard hose length of 1.5 m, the switch can be operated by a single concreting worker.

  User-friendly with secondary concrete products as well

  In concreting prefabricated plates for secondary concrete product factories similar to architectural slabs too, this model can take advantage of the light, short vibrating body to ensure efficient concreting. The CSV-R tipped with a rubber head protects molds from damage, ensures soundproofing, and adjusts itself to tiled products as well.

  Used in concreting secondary tunnel winding as well

  Tunnel construction sites (secondary winding by centering) and similar sites with cramped concrete inlet ports were sometimes unable to be penetrated by vibrators with long versatile vibrating units. On these sites too, however, concreting is possible if you use the feature of this model with its short and small vibrating unit about 240 mm in overall length. Hoses are 1.5 m long on a standard basis but can be produced to order with different lengths you may require.

  Effective in making motors last long

  The vibrator motor is cooled with freshly mixed concrete. The shortness of the vibrating body allows the entire vibrating unit to be inserted into the mass of concrete. As a result, the motor becomes more effective in cooling and hopefully longer-lasting.

  Eco-friendly products

  The CSV series are eco-friendly. Cables are particularly eco-friendly, using environmentally friendly material. Cables used in CSV have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

  

  Easy to maintain

  With its rotor integrated with its vibration shaft, the machine is now easy to maintain. Moreover, the bearings are lubricated not with oil but with grease, which obviates the need for controlling lube or oil seal.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

  Reducing vibration at hand

  The vibration balance of the CSV is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

  Specification

  CSV / CSV-R

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  CSV50	250	48	5.5	200 / 240	1898	52X244	33X1500	8.5
  CSV50-R					1937	52X283		8.8

  （Imperial System）

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (fr)	Head length (dia×length) (in)	Hose length (dia×length) (in×ft)	Weight (lb)
  CSV50	250	48	5.5	200 / 240	6’3″	2.0X9.6	1.3X4’11”	18.74
  CSV50-R					6’4″	2.0X11.1		19.4

  *Product masses include that of the external cord (3.8 kg)
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia× length) (mm)
  CSV50	1898	52X244	33X1500
  CSV50-R	1937	52X283

  （Imperial System）

  Model	Total length (ft)	Head length (dia×length) (in)	Hose length (dia× length) (in×ft)
  CSV50	6’3″	2.0X9.6	1.3X4’11”
  CSV50-R	6’4″	2.0X11.1

This product is used for the following applications:

• Slab concreting

• Features

  The high-frequency 48 V series of slab internal vibrators are for the inside of concrete and designed specifically for slab concreting. These come in two models: CSV50 with a hose length of 1.5 mm (50 mm in nominal diameter) and a rubber head type that does not damage molds (CSV50-R, 1.5 m).
  In conventional practice, columns, walls, slabs (floors), and other regions were concreted with general-purpose vibrators. In slab concreting, in particular, workers tend to move over a wide range. Making vibrators lightweight therefore leads directly to a reduction in worker fatigue, resulting in increasing work efficiency dramatically.
  Slab internal vibrators each come equipped with a handheld hose 33 mm, which makes it easy to hold. The new internal structure makes the vibrating unit about 240 mm long, which is much shorter than that of a versatile unit. This makes these vibrators easy to move and use.
  In addition to concreting architectural slabs and manufacturing prefabrication plates in secondary concrete product factories, there are many other examples of applications where work efficiency is enhanced by using this machine on tunnel construction sites with concrete inlet ports (secondary winding by centering) and other worksites. The advantageous lightweight and shortness of this machine can be used to adjust to various worksites (patents pending).
  *Power supply units can be used on conventional high-frequency inverters and high-frequency generators.

  The vibrating unit tipped with a round metal head and a rubber head

  Tip of the round head: The tip is round, which is most common to concrete masses. This tip shape allows smaller quantities of freshly mixed concrete to be dispersed when inserted into or pulled out of a concrete mass. The tip is also so shaped to fill the vibrator void neatly when the vibrator is pulled out. With an outer diameter (52 mm) and about 240 mm in length, together with its overall length greatly shorter than general-purpose models, this model is lightweight: 2.7 kg in vibrating body mass.
  The overall length is reduced by about 35%.
  Rubber head tip: The use of a rubber head prevents noise from being generated in concreting by the vibrator tip touching a mold or rebar during concreting, and prevents damage and other inconveniences from being generated by a mold, rebar, or tile from touching the tip.

  

  

  A vibrator best suited for architectural slabs

  With its vibrating unit lightweight and short, this vibrator is easy to operate and user-friendly even on poorly-conditioned ground. With a standard hose length of 1.5 m, the switch can be operated by a single concreting worker.

  User-friendly with secondary concrete products as well

  In concreting prefabricated plates for secondary concrete product factories similar to architectural slabs too, this model can take advantage of the light, short vibrating body to ensure efficient concreting. The CSV-R tipped with a rubber head protects molds from damage, ensures soundproofing, and adjusts itself to tiled products as well.

  Used in concreting secondary tunnel winding as well

  Tunnel construction sites (secondary winding by centering) and similar sites with cramped concrete inlet ports were sometimes unable to be penetrated by vibrators with long versatile vibrating units. On these sites too, however, concreting is possible if you use the feature of this model with its short and small vibrating unit about 240 mm in overall length. Hoses are 1.5 m long on a standard basis but can be produced to order with different lengths you may require.

  Effective in making motors last long

  The vibrator motor is cooled with freshly mixed concrete. The shortness of the vibrating body allows the entire vibrating unit to be inserted into the mass of concrete. As a result, the motor becomes more effective in cooling and hopefully longer-lasting.

  Eco-friendly products

  The CSV series are eco-friendly. Cables are particularly eco-friendly, using environmentally friendly material. Cables used in CSV have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

  

  Easy to maintain

  With its rotor integrated with its vibration shaft, the machine is now easy to maintain. Moreover, the bearings are lubricated not with oil but with grease, which obviates the need for controlling lube or oil seal.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

  Reducing vibration at hand

  The vibration balance of the CSV is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

  Specification

  CSV / CSV-R

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  CSV50	250	48	5.5	200 / 240	1898	52X244	33X1500	8.5
  CSV50-R					1937	52X283		8.8

  （Imperial System）

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (fr)	Head length (dia×length) (in)	Hose length (dia×length) (in×ft)	Weight (lb)
  CSV50	250	48	5.5	200 / 240	6’3″	2.0X9.6	1.3X4’11”	18.74
  CSV50-R					6’4″	2.0X11.1		19.4

  *Product masses include that of the external cord (3.8 kg)
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia× length) (mm)
  CSV50	1898	52X244	33X1500
  CSV50-R	1937	52X283

  （Imperial System）

  Model	Total length (ft)	Head length (dia×length) (in)	Hose length (dia× length) (in×ft)
  CSV50	6’3″	2.0X9.6	1.3X4’11”
  CSV50-R	6’4″	2.0X11.1

This product is used for the following applications:

• Concrete placement in general

• Features

  A large-capacity inverter with an output of 6 kVA developed as a power supply unit designed specifically for high-frequency 48 V vibrators. Output frequency is freely adjustable in a range of 100 Hz to 240 Hz. It can be used as a power supply for high-frequency vibration motor HKM for use in concreting in secondary product factories. Also applicable here is an internal vibrator HBM with a maximum frequency of 240 Hz.

  Output frequency adjustable

  By turning the turn slider, you can adjust output frequency between 100 Hz and 240 Hz without steps. This makes the unit best suited for concreting while adjusting the frequency of the high-frequency vibration motor. Output frequency is digitally displayed. You can therefore adjust it while running a check.

  

  High-frequency system

  H260B is an input power supply of commercial mains 3-phase 200 V (50 Hz / 60 Hz) to produce a high-frequency power with an output of 48 V. Because of its large capacity, an optional machinery switchbox DB 3 / DB 4 to run more than two vibrators.

  

  

  Panel display at abnormal stoppage identifies the cause of trouble and shows what actions to be taken

  The inverter protector comes equipped with protection against overload, open-phase, abnormal heat-up, and other trouble. When activated, the protector causes the inverter to trip (stop) and at the same time causes the abnormality indicator (red lamp) to go on, thereby identifying the cause of the trouble on the digital display. Thus, you can compare the cause of a particular anomaly with the table of actions to be taken.

  

  Specification

  H260B

  Model	Input				Output				Nos.of socket outlet	Weight (kg)
  	Input （kVA）	Voltage （V）	Current （A）	Frequency （Hz）	Output （kVA）	Voltage （V）	Current （A）	Frequenvy （Hz）
  H260B	6.4	200	18.5	50/60	6.0	48.0	72.0	100-240	4	49.0

  (Imperial System)

  Model	Input				Output				Nos.of socket outlet	Weight (lb)
  	Input （kVA）	Voltage （V）	Current （A）	Frequency （Hz）	Output （kVA）	Voltage （V）	Current （A）	Frequenvy （Hz）
  H260B	6.4	200	18.5	50/60	6.0	48.0	72.0	100-240	4	108

  *Product masses include that of the cable.(2.1Kg for H260B)
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	概観寸法（ｍｍ）
  	L	W	H
  H260B	550	460	425

This product is used for the following applications:

• General concreting
• Concreting on over-congested reinforced worksites

• Features

  The high-frequency 48 V series of spiral internal vibrators, with the surface of their vibrating body with a concave spiral groove, are for the inside of concrete. There are four standard models: HBM40AXS (6m) and HBM50AXS (6m), which are the old models with round head tips on them, and HBM40AXS-R (6m) and HBM50AXS-R (6 mm), tipped with a rubber head.
  Spiral internal vibrators are small, powerful concrete vibrators characterized by their spiral concave groove in the surface of their vibrating body to maximize the surface of contact with freshly mixed concrete, thereby increasing contact resistance with the concrete to increase vibration transmission efficiency, and by the clockwise and counterclockwise revolution of their switch at hand that allows workers to select a direction of vibration transmission.
  The clockwise revolution of the vibrator motor rotor is expected to level bumps of masses of freshly mixed concrete. The counterclockwise revolution is, on the other hand, expected to push the concrete to the farthest corners of the rebars with its downward thrust force, thereby propagating vibration to faraway locations and, when pulled up, to propagate air bubbles to be easily discharged upwards. When the vibrating body has bitten into a rebar, too, workers have a higher possibility of being able to collect it by using different directions of revolution according to the situation. This is advantageous in that it is expected to prevent materials from being left in place.
  The backdrop of the development of these models is the trend these days toward growing numbers of over-congested rebar designs in concrete structures, resulting in difficulty in concreting and compaction, which is a factor against concrete strength. In response to these complaints from workers on construction sites, we have pursued vibrators capable of densely compacting concrete with high working efficiency even in cramped regions with rebars arranged very densely. These models are a result of our joint research with a large general contractor.
  (Patents pending.)
  *Power can be supplied by conventional high-frequency inverters and high-frequency generators.

  The effect of spirals

  The presence of a spiral convex groove in the surface of the vibration unit of the concrete vibrator increases the contact area of freshly mixed concrete with the vibrating unit. This, together with physical engagement, increases contact force with freshly mixed concrete, thereby transmitting vibration energy.

  

  The effect of revolution direction

  The use of the surface shape of the spiral concave groove, in combination with the functions of clockwise and counterclockwise revolution, controls the direction of vibrating force, thereby displaying secondary effect. The switchover of the direction of motor revolution with the switch at hand is effective when revolved clockwise in breaking and leveling bumps of freshly mixed concrete when applied. When pulled up, it is expected to effectively facilitate the upward discharge of air bubbles. When revolved counterclockwise, the unit is expected to produce a downward thrust force, pressing the freshly mixed concrete to the farthest corners of the rebars, propagating the vibration to faraway locations. To check which way the product is vibrating, workers can do so directly with his hands by holding the vibrating body gently with his right hand as shown in the figure. If his forefinger moves rightward, the motor rotor should be revolving clockwise. If leftward, counterclockwise. In inspecting with the floor surface, workers can apply the vibrating tip to the floor. The vibrating body will then move to the left or right. If it moves to the right, the motor rotor should be revolving clockwise. If left, counterclockwise.

  

  

  

  The effect of preventing left-in-place material

  The switch at hand comes equipped with functions of clockwise and counterclockwise revolution. If, during concreting, the vibrating unit is caught by a rebar, the unit becomes more likely to collect the material by using the force of the vibrating unit trying to float, hopefully resulting in preventing the material from being left in place.
  Note: If the vibrating unit is caught by several rebars, it can physically not be pulled out.

  Tipped with an old round head and a rubber head

  Round head tip: The tip is so shaped as to reduce dispersions of freshly mixed concrete when pulled or inserted into a mass of concrete. The tip is also so shaped as to allow the void formerly occupied by the vibrator to be neatly filled up after the vibrator goes out.
  Rubber head tip: The use of a rubber head prevents noise from being generated in concreting by the vibrator tip touching a mold or rebar during concreting, and prevents damage and other inconveniences from being generated by a mold, rebar, or tile from touching the tip.

  

  Eco-friendly products

  The HBM series are eco-friendly. Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
  *Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

  

  Easy to maintain

  With its rotor integrated with its vibration shaft, the machine is now easy to maintain. Moreover, the bearings are lubricated not with oil but with grease, which obviates the need for controlling lube or oil seal.

  Using a plug with new functions

  Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

  

  Reducing vibration at hand

  The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

  Specification

  HBM-AXS / HBM-AXS-R

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
  HBM40AXS	250	48	5.5	200/240	6464	43 × 310	33 × 6000	11.7
  HBM40AXS-R					6509	43 × 355		12.0
  HBM50AXS	400		9.0		6514	52 × 360	36 × 6000	15.7
  HBM50AXS-R					6554	52 × 400		16.0

  (Imperial System)

  Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
  HBM40AXS	250	48	5.5	200/240	21’2″	19/16″×1’0″	1.3×19’8″	25.79
  HBM40AXS-R					21’4″	19/16″×1’2″		26.46
  HBM50AXS	400		9.0		21’4″	2.0×1’2″	1.4×19’8″	34.61
  HBM50AXS-R					21’6″	2.0×1’4″		35.27

  *Product masses include that of the external cord (3.8 kg for 40, 4.9 kg for 50).
  *For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

  Dimensions, installation, control panel

  Product dimensional drawings

  

  Product dimensional table

  Model	Total length (m)	Head length (dia × length) (mm)	Hose length (dia × length) (mm)
  HBM40AXS	6464	43 × 310	33 × 6000
  HBM40AXS-R	6509	43 × 355
  HBM50AXS	6514	52 × 360	36 × 6000
  HBM50AXS-R	6554	52 × 400

  (Imperial System)

  Model	Total length (ft)	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
  HBM40AXS	21’2″	19/16″×1’0″	1.3×19’8″
  HBM40AXS-R	21’4″	19/16″×1’2″
  HBM50AXS	21’4″	2.0×1’2″	1.4×19’8″
  HBM50AXS-R	21’6″	2.0×1’4″

This product is used for the following applications:

General concreting

Concreting on over-congested reinforced worksites

Features

The high-frequency 48 V series of spiral internal vibrators, with the surface of their vibrating body with a concave spiral groove, are for the inside of concrete.

There are four standard models: HBM40AXS (6m) and HBM50AXS (6m), which are the old models with round head tips on them, and HBM40AXS-R (6m) and HBM50AXS-R (6 mm), tipped with a rubber head.

Spiral internal vibrators are small, powerful concrete vibrators characterized by their spiral concave groove in the surface of their vibrating body to maximize the surface of contact with freshly mixed concrete, thereby increasing contact resistance with the concrete to increase vibration transmission efficiency, and by the clockwise and counterclockwise revolution of their switch at hand that allows workers to select a direction of vibration transmission.

Expectations are that the vibrator motor rotor will level bumps in masses of freshly mixed concrete as it rotates clockwise.

When the vibrator motor rotor revolves counterclockwise, it pushes concrete into the rebar’s farthest corners with a downward thrust, spreading vibrations to distant areas and releasing air bubbles upwards when lifted.

When the vibrating body has bitten into a rebar, too, workers have a higher possibility of being able to collect it by using different directions of revolution according to the situation.

This is advantageous in that it is expected to prevent materials from being left in place.

The backdrop of the development of these models is the trend these days toward growing numbers of over-congested rebar designs in concrete structures, resulting in difficulty in concreting and compaction, which is a factor against concrete strength.

In response to these complaints from workers on construction sites, we have pursued vibrators capable of densely compacting concrete with high working efficiency even in cramped regions with rebars arranged very densely.

These models are a result of our joint research with a large general contractor.

The effect of spirals

The presence of a spiral convex groove in the surface of the vibration unit of the concrete vibrator increases the contact area of freshly mixed concrete with the vibrating unit. This, together with physical engagement, increases contact force with freshly mixed concrete, thereby transmitting vibration energy.

The effect of revolution direction

The use of the surface shape of the spiral concave groove, in combination with the functions of clockwise and counterclockwise revolution, controls the direction of vibrating force, thereby displaying secondary effect.

The switchover of the direction of motor revolution with the switch at hand is effective when revolved clockwise in breaking and leveling bumps of freshly mixed concrete when applied.

When pulled up, it is expected to effectively facilitate the upward discharge of air bubbles.

revolved counterclockwise, the unit is expected to produce a downward thrust force, pressing the freshly mixed concrete to the farthest corners of the rebars, propagating the vibration to faraway locations.

To check which way the product is vibrating, workers can do so directly with his hands by holding the vibrating body gently with his right hand as shown in the figure.

If his forefinger moves rightward, the motor rotor should be revolving clockwise. If leftward, counterclockwise.

In inspecting with the floor surface, workers can apply the vibrating tip to the floor. The vibrating body will then move to the left or right.

If it moves to the right, the motor rotor should be revolving clockwise. If left, counterclockwise.

The effect of preventing left-in-place material

The switch at hand comes equipped with functions of clockwise and counterclockwise revolution. If, during concreting, the vibrating unit is caught by a rebar, the unit becomes more likely to collect the material by using the force of the vibrating unit trying to float, hopefully resulting in preventing the material from being left in place.
Note: If the vibrating unit is caught by several rebars, it can physically not be pulled out.

Tipped with an old round head and a rubber head

Round head tip: The tip is so shaped as to reduce dispersions of freshly mixed concrete when pulled or inserted into a mass of concrete. The tip is also so shaped as to allow the void formerly occupied by the vibrator to be neatly filled up after the vibrator goes out.
Rubber head tip: The use of a rubber head prevents noise from being generated in concreting by the vibrator tip touching a mold or rebar during concreting, and prevents damage and other inconveniences from being generated by a mold, rebar, or tile from touching the tip.

Eco-friendly products

The HBM series are eco-friendly. Cables are particularly eco-friendly, using environmentally friendly material. Cables used in HBM have successfully been reduced in weight by 10%.(From our earlier models.)
*Environmentally friendly materials do not include chlorine or other halogen-based element that may generate harmful substances when incinerated or buried in landfill or a lead component that threatens to harm the human body. Materials used are easy to recycle.

Easy to maintain

With its rotor integrated with its vibration shaft, the machine is now easy to maintain. Moreover, the bearings are lubricated not with oil but with grease, which obviates the need for controlling lube or oil seal.

Using a plug with new functions

Burns in the motor due to the imperfect contact of the plug are reduced by using a super-tough pin in the developed EP plug. The super-tough pin is semi-permanently elastic, not causing imperfect contact in the plug.

Reducing vibration at hand

The vibration balance of the HBM is adjusted to minimize vibration at hand. Moreover, the new hose absorbs some of the vibration, thereby reducing vibration at hand.

Specification

HBM-AXS / HBM-AXS-R

Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (mm)	Head length (dia×length) (mm)	Hose length (dia×length) (mm)	Weight (kg)
HBM40AXS	250	48	5.5	200/240	6464	43 × 310	33 × 6000	11.7
HBM40AXS-R					6509	43 × 355		12.0
HBM50AXS	400		9.0		6514	52 × 360	36 × 6000	15.7
HBM50AXS-R					6554	52 × 400		16.0

(Imperial System)

Model	Output (W)	Voltage (V)	Current (A)	Frequency (Hz)	Total length (ft)	Head length (dia×length) (in×ft)	Hose length (dia×length) (in×ft)	Weight (lb)
HBM40AXS	250	48	5.5	200/240	21’2″	19/16″×1’0″	1.3×19’8″	25.79
HBM40AXS-R					21’4″	19/16″×1’2″		26.46
HBM50AXS	400		9.0		21’4″	2.0×1’2″	1.4×19’8″	34.61
HBM50AXS-R					21’6″	2.0×1’4″		35.27

*Product masses include that of the external cord (3.8 kg for 40, 4.9 kg for 50).
*For “Selecting extension cables” and “Number of high-frequency vibrators that can be used simultaneously,” see the relevant page.

Dimensions, installation, control panel

Product dimensional drawings

Product dimensional table

Model	Total length (m)	Head length (dia × length) (mm)	Hose length (dia × length) (mm)
HBM40AXS	6464	43 × 310	33 × 6000
HBM40AXS-R	6509	43 × 355
HBM50AXS	6514	52 × 360	36 × 6000
HBM50AXS-R	6554	52 × 400

(Imperial System)

Model	Total length (ft)	Head length (dia× length) (in×ft)	Hose length (dia× length) (in×ft)
HBM40AXS	21’2″	19/16″×1’0″	1.3×19’8″
HBM40AXS-R	21’4″	19/16″×1’2″
HBM50AXS	21’4″	2.0×1’2″	1.4×19’8″
HBM50AXS-R	21’6″	2.0×1’4″