| A. |
Cleaning weights should be a standard practice prior to when your weights are due for calibration. Proper cleaning removes debris, rust, corrosion, and any other extraneous material from the weight that could potentially throw the weight out of tolerance. Proper cleaning also extends the life of the weight, especially cast iron standards. Cast iron is more susceptible to rust and corrosion. If the beginnings of rust and corrosion are removed on a regular basis, it slows down the breakdown of the material. On a cost basis, cleaning your standards prior to calibration reduces the amount of time the metrologist has to spend with your weights equaling less overall cost. If your weights come into the metrology lab dirty, rusty, or full of water, we reserve the right to charge additional costs to repair, clean, and paint weights to restore it to its original condition as much as possible. If the weight is not repairable, we also reserve the right to condemn the weight from further use.
|
| A. |
Please refer to Standard Conditions/Cleaning. If you have additional questions, please contact us. |
| A. |
Questions about the price of gas, being over/under changed at the gas pump, gas quality, complaints, etc. please refer to the Oil and Petroleum Section (part of the Colorado Department of Labor and Employment) at 303-318-8507. |
| A. |
Upon requesting a calibration for your standards, a metrologist will give you an ESTIMATE of what the turnaround time will be for your standards. If the original turnaround time quoted changes, we will contact you as soon as possible to notify you of the change and may request additional information from you. Average turnaround runs from 1 day to 2 weeks, depending on the below criteria:
|
| A. |
Uncertainty is a parameter, associated with the result of a measurement that defines the range of the values that could reasonably be attributed to the measured quantity. When uncertainty is evaluated and reported in a specified way it indicates the level of confidence that the value actually lies within the range defined by the uncertainty interval. |
| A. |
Traceability is the property of the result of a measurement of the value of a standard whereby it can be related to stated references, usually national or international standards, through an unbroken chain of comparisons all having stated uncertainties.
|
| A. |
If you are a scale or service company:
|
| A. |
You are required to submit your standards (tuning forks and LIDAR) on an annual basis according to CRS 35-14-107(g). There is a one year expiration date included on your certificate. You must submit your standards on or before this date.
|
| A. |
|
| A. |
To better serve our legal customers (scale companies and law enforcement agencies), we automatically provide a free "reminder postcard" service. We send out this reminder approximately 1 month prior to when the standards are due for calibration (2 months for large mass).
|
| A. |
There are several reasons as to why you never received a reminder postcard:
Private or commercial companies:
We do not have current contact information in our database.
The postcard was sent to the wrong person
|
| A. |
The lab strongly encourages packing your standards properly to limit damage during transport to our facility. The lab is not responsible for items not shipped properly. If a package arrives in poor packaging, we try to repack it properly to limit the amount of damage leaving our facility. You may be charged accordingly if extensive repacking is required. Please refer to Shipping items for specific information. |
| A. |
|
| A. |
There are several reasons why we cannot calibrate weights on a same day basis.
|
| A. |
Weights that are brought into the laboratory form a thin layer of condensation on the surface. In other words, they "sweat". This is especially true during the colder months (cold outside into a warm and humid laboratory.) This layer of water adds enough weight to the standard that can throw the weight out of tolerance, thus forcing adjustment that can be avoided if the weights were allowed to equilibrate.
|