1. Althen Sensors
  2. Sensors
  3. Force sensors
  4. Miniature force sensors
  5. CTLB Threaded load button

CTLB Threaded load button

Threaded load button for compression load measurements up to 5000kg/10000lb.

View technical specifications

Key features

  • Measurements up to 5000kg/10000lb
  • Fully welded cover
  • Aamplified + digitised versions available on request

About the CTLB Threaded load button

The model is a threaded load button for compression load measurements up to 5000kg/10000lb. Fully welded cover (for SS load buttons), amplified and digitised versions are available on request. We can also customise this sensor for other thread sizes and cable sizes.

Wiring

The sensor is provided a #32 AWG 4-conductor braided shielded cable for 1kg-1000kg & 2lb – 2000lb, 1m cable length.

The sensor is provided with #28 AWG 4-conductor braided shielded cable for 2000kg, 5000kg, 5000lb & 10000lb, 2m cable length.

Connector with integrated TEDS chip is available to order.

Do you need this sensor for your next project?

Request a no-obligation quote or send us your contact details for a free, no-obligation consultation. Our sales engineers will then contact you within a maximum of 1 to 2 working days.

Talk to an expert

Talk to our experts

Not exactly what you are looking for? We offer standard sensors, but can also help you with sensors adapted for you or a fully customised measurement solution. Contact us for advice or pricing.

Talk to an expert

Technical Specifications

Specification Value
Capacity (kg) 1, 2, 5, 10, 20, 50, 100, 200, 500, 1000, 2000, 5000
Capacity (lb) 2, 5, 10, 20, 50, 100, 200, 500, 1000, 2000, 5000, 10000
Output (mV/V) 1± 20% for 1kg - 20kg and 2lb – 50lb, 1.5 ± 20% for 50kg – 5000kg and 100lb – 10000lb
Input Impedance 350 Ω nominal (700 Ω nom. For 2000kg, 5000kg, 5000lb & 10000lb)
Output Impedance 350 Ω nominal (700 Ω nom. For 2000kg, 5000kg, 5000lb & 10000lb)
Allowable Maximum Load (%) 150 full scale
Non-Linearity (%) ± 0.5 FS max.
Hysteresis (%) ± 0.3 FS max.
Repeatability (%) ± 0.1 FS max.
Total Error (%) ± 0.8 FS max.