Paid Pin clicks by Ad is a Pinterest Ads metric that measures the number of times users clicked on a promoted pin, indicating engagement and interest in the ad. This data helps advertisers assess the effectiveness of their campaigns.
With Databox you can track all your metrics from various data sources in one place.
Used to show comparisons between values.
Databox is a business analytics software that allows you to track and visualize your most important metrics from any data source in one centralized platform.
To track Paid Pin Clicks by Ad using Databox, follow these steps:
Impressions by Objective measures the total number of times your ad was seen by users based on the specific goal or objective of your Pinterest ad campaign.
Paid Impressions by Objective is a metric that measures the number of times a Pinterest ad is displayed to users based on the campaign objective chosen by the advertiser. It helps track ad visibility and campaign performance.
Paid Engagement is a metric that measures interactions with Pinterest Ads, such as saves, clicks, and comments, that are generated from paid promotions.
Paid Engagement by Ad Group measures the total number of interactions with your Pinterest ads, such as clicks, saves, comments, and close-ups, within each ad group.
The Engagement Rate by Campaign metric measures the level of interaction with a specific ad campaign on Pinterest, indicating the effectiveness of the content in capturing and retaining the audience's attention.
Pin Clicks is a metric that measures the number of times people click on the pins in your ads, leading them to your website or landing page. It indicates engagement and interest in your content.
Earned Pin clicks refer to the total number of times people clicked on your promoted pins after saving them to their own boards, indicating engagement and potential for organic reach.
Paid Saves is a Pinterest Ads metric that measures the number of times users save a Pin that they discovered through a paid promotion on the platform. It indicates engagement and potential for organic distribution.