TLG Series Tension Links
Designed for electronic measurement of cable tension of up to 5,000 lbs, the pictured TLG load cell may be used in either in-line or over-the-sheave configuration.
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 Options:
• Aluminum or Stainless steel
• Internal cal resistor
• LED display
Specifications:
• Max excitation voltage: 15Vdc
• Full Scale Output (FSO): 2 - 3 mV/V ±10% standard, available to ±1%
• Overload: 50% over rated capacity without zero shift
• Non-linearity: less than 0.15% FSO*
• Hysteresis: less than 0.1% FSO
• Non-repeatability: better than 0.05% FSO
• Thermal zero shift: less than 0.002% per º F
• Thermal span shift: less than 0.002% per º F
* BFSL
| Designed for electronic measurement of cable tension of up to 12,500 lbs, the pictured TLG load cell may be used in either in-line or over-the-sheave configuration.
|
 Options:
• Aluminum or stainless steel
• Internal cal resistor
• LED display
Specifications:
• Max excitation voltage: 15Vdc
• Full Scale Output (FSO): 2-3 mV/V standard ±10% standard available to ±1%
• Overload: 50% over rated capacity without zero shift
• Non-linearity: less than 0.15% FSO*
• Hysteresis: less than 0.1% FSO
• Non-repeatability: better than 0.05% FSO
• Zero offset: within ±2% FSO, available down to ±0.5%
• Thermal zero shift: less than 0.002% per º F
• Thermal span shift: less than 0.002% per º F
*BFSL
| Designed for electronic measurement of cable tension of up to 25,000 lbs, the pictured TLG load cell may be used in either in-line or over-the-sheave configuration.
|
Options:
 • Aluminum or stainless steel
• Internal cal resistor
• 4:1 Factor of Safety
• LED display
Specifications:
• Max excitation voltage: 15Vdc
• Full Scale Output (FSO): 2-3 mV/V standard ±10% standard available to ±1%
• Overload: 50% over rated capacity without zero shift
• Non-linearity: less than 0.15% FSO
• Hysteresis: less than 0.1% FSO
• Non-repeatability: better than 0.05% FSO
• Zero offset: typically within ±2% FSO, available to ±0.5%
• Thermal zero shift: less than 0.002% per º F
• Thermal span shift: less than 0.002% per º F
*BFSL |
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