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Stainless Steel
Us Type
Bow
Other
Zhejiang, China
SAINTBOND adjustable shackle
LS03OTM adjustable shackle
Green Pin Open Spelter Sockets load cell pin
0.5t-1250t
18650 rechargeable batteries or polymer batteries
1uint
OEM&ODM
45 -50DAYS
15~30Days
15 years experience on Load Cell
Green Pin Open Spelter Sockets load cell pin
LS04 | |
Spelter Socket Load Cell |
When developing new load monitoring and measurement systems for use in lifting applications, innovation and reliability of design are paramount to Water Weights. This focus has led to the introduction of our wedge-socket crane load indicating systems.
Usually made from cast steel, these sockets are designed to be attachment points for wire ropes made of steel. When attached correctly, they are regarded as the strongest fitting types you can use to match the maximum load capacity of the cable. They are also beneficial as an on-site attachment that allows the user to make link connections efficiently. It is usually recommended that an anti-rotation wire rope is used when connecting it to a socket in order to maintain stability of the load whilst attached to the socket. The wire rope’s termination broom is usually held into place inside the spelter socket’s cone with a strong hardening gel. When terminating into a wedge socket, the end of the wire rope is threaded through the cone, bent back around the internal wedge and then gripped into place via a seizing clip.
For flexibility to match a wide variety of requirements, we are able to provide either wireless/radio telemetry (up to 300~800m remote monitoring in open area) or cabled load pin types (for subsea applications). Both types can be fitted easily and without further modification to the socket. The connection to our wireless weighing displays is also very simple saving you more time to ensure a safe lift/pull.
Usually made from cast steel, we also supply stainless steel according to customer’s requirement.These sockets are designed to be attachment points for wire ropes made of steel. When attached correctly, they are regarded as the strongest fitting types you can use to match the maximum load capacity of the cable. They are also beneficial as an on-site attachment that allows the user to make link connections efficiently. It is usually recommended that an anti-rotation wire rope is used when connecting it to a socket in order to maintain stability of the load whilst attached to the socket. The wire rope’s termination broom is usually held into place inside the spelter socket’s cone with a strong hardening gel. When terminating into a wedge socket, the end of the wire rope is threaded through the cone, bent back around the internal wedge and then gripped into place via a seizing clip.
Dimension:
Technical Parameter:
Rated Load: | 4.5~875Ton | Operating Temp.Range: | -30~+70℃ |
Sensitivity: | (1.0±0.1%)mV/V | Maximum Safe Over Load: | 150%F.S |
Combined Error: | ±0.5% F.S | Ultimate Over Load: | 400%F.S |
Creep Error(30min): | ±0.05% F.S | Recommend Excitation Vol.: | 10~12V DC |
Zero Balance: | ±1% F.S | Maximum Excitation Vol.: | 15V DC |
Temp. Effect On Zero: | ±0.05% F.S/10℃ | Sealing Class: | IP67/IP68 |
Temp. Effect On Span: | ±0.05% F.S/10℃ | Element Material: | Alloy/Stainless Steel |
Input Resistance: | 400Ω±20Ω | Cable: | Length=L:5m~16m |
Output Resistance: | 350Ω±3Ω | Citation: | GB/T7551-2008 /OIML R60 |
Green Pin Open Spelter Sockets load cell pin
LS04 | |
Spelter Socket Load Cell |
When developing new load monitoring and measurement systems for use in lifting applications, innovation and reliability of design are paramount to Water Weights. This focus has led to the introduction of our wedge-socket crane load indicating systems.
Usually made from cast steel, these sockets are designed to be attachment points for wire ropes made of steel. When attached correctly, they are regarded as the strongest fitting types you can use to match the maximum load capacity of the cable. They are also beneficial as an on-site attachment that allows the user to make link connections efficiently. It is usually recommended that an anti-rotation wire rope is used when connecting it to a socket in order to maintain stability of the load whilst attached to the socket. The wire rope’s termination broom is usually held into place inside the spelter socket’s cone with a strong hardening gel. When terminating into a wedge socket, the end of the wire rope is threaded through the cone, bent back around the internal wedge and then gripped into place via a seizing clip.
For flexibility to match a wide variety of requirements, we are able to provide either wireless/radio telemetry (up to 300~800m remote monitoring in open area) or cabled load pin types (for subsea applications). Both types can be fitted easily and without further modification to the socket. The connection to our wireless weighing displays is also very simple saving you more time to ensure a safe lift/pull.
Usually made from cast steel, we also supply stainless steel according to customer’s requirement.These sockets are designed to be attachment points for wire ropes made of steel. When attached correctly, they are regarded as the strongest fitting types you can use to match the maximum load capacity of the cable. They are also beneficial as an on-site attachment that allows the user to make link connections efficiently. It is usually recommended that an anti-rotation wire rope is used when connecting it to a socket in order to maintain stability of the load whilst attached to the socket. The wire rope’s termination broom is usually held into place inside the spelter socket’s cone with a strong hardening gel. When terminating into a wedge socket, the end of the wire rope is threaded through the cone, bent back around the internal wedge and then gripped into place via a seizing clip.
Dimension:
Technical Parameter:
Rated Load: | 4.5~875Ton | Operating Temp.Range: | -30~+70℃ |
Sensitivity: | (1.0±0.1%)mV/V | Maximum Safe Over Load: | 150%F.S |
Combined Error: | ±0.5% F.S | Ultimate Over Load: | 400%F.S |
Creep Error(30min): | ±0.05% F.S | Recommend Excitation Vol.: | 10~12V DC |
Zero Balance: | ±1% F.S | Maximum Excitation Vol.: | 15V DC |
Temp. Effect On Zero: | ±0.05% F.S/10℃ | Sealing Class: | IP67/IP68 |
Temp. Effect On Span: | ±0.05% F.S/10℃ | Element Material: | Alloy/Stainless Steel |
Input Resistance: | 400Ω±20Ω | Cable: | Length=L:5m~16m |
Output Resistance: | 350Ω±3Ω | Citation: | GB/T7551-2008 /OIML R60 |
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