TMS Europe LtdTMS Europe Ltd is a UKAS accredited calibration laboratory No.0461, as defined in our Schedule of Accreditation. As a UK manufacturer we're a member of Made in Britain.

Bench Process Stop-Clock Digital Timer - UKAS Calibrated

UKAS Calibrated
Bench Process Stop-Clock Digital Timer - UKAS Calibrated
ISO 17025 Calibrated

TMS Stock Code:   STOPCLOCKTM20A-UKAS

Price:   £ 65.00 (£78.00 Including VAT at 20%)

Current Stock:   7
Displayed stock levels are updated daily, but may be affected by subsequent orders.
Current Availability:   2 - 5 days
Available for ordering online (UK+IE) or off-line.
[UKAS 0461 Logo]

Includes UKAS Calibration (at TMS standard points)

TMS Europe is a UKAS (ISO 17025) accredited calibration laboratory No. 0461. We provide this item complete with a UKAS calibration certificate, with customer details, listing that unit's results at our stated standard points. For different calibration points, customer details, etc, please contact us with your requirements for a quote.

Description and Specifications
Description and Specifications

A TM20A bench process stop-clock digital timer complete with UKAS calibration. Easy to use as a standard timer or automatically triggered by external devices for start/stop via 4mm jack sockets.

The stop-clock is a high accuracy timer with ISO17025 UKAS calibration certificate with a robust construction ideal for regular use. Colour coded buttons and jack sockets make the timer extremely practical and convenient to use.

  • UKAS Calibrated at 2 points; 5mins & 90mins (supplied with UKAS certificate)
  • Capacity 99mins, 59 secs
  • Resolution 1/100th second
  • 30ppm quartz crystal with a fixed calibrated capacitor of 27pF for hi-accuracy timing
  • 15mm LCD display
  • Quick and easy press-button action for activation of Start, Stop and Reset
  • Start, Stop and Reset

For additional calibration points please don't hesitate to contact us for a quote.

The connections for automated trigging can be connected to a switch or contact closure (external voltages must not applied to the inputs).

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