![]() ![]() All FlexMate Software Compatible Templates are Image Ready.We can test any new or repeat order at NO CHARGE to verify if an order is Check21 compliant.Q: How will Graphic Dimensions assist distributors and their customers with their Check21 needs?Ī: Graphic Dimensions complies with the Image Ready requirement put forth by the Check21 Act. Electronic check images are generally kept for up to seven years. Many times banks will only have access to an image of the check. Q: How does Check21 affect bank customers?Ī: Whether bank customers can get all their original checks back is out of the paying bank's control. While the ANSI X9.7 standard is voluntary many large financial institutions have implemented these standards. The main standard that is referred to in the Check21 Legislation is the ANSI X9.7 standard for Image Readiness. The ANSI X9 Board determines approval for voluntary American National Standards for Financial Services. voluntary standardization and conformity assessment system. Q: What does it mean if your customer or his bank asks if their checks are "Check21 Compliant"?Ī: The American National Standards Institute (ANSI) is a private, non-profit organization that administers and coordinates the U.S. It legislates what can happen to that check once it is presented for payment. Check21 will not affect the need for an original check. ![]() Q: Does Check21 reduce the need for checks?Ī: No. Check21 was designed to increase the speed and efficiency of the check processing system, reduce costs and make it less susceptible to delays. In other words, setting it to output has no effect, if you immediatly change it to input.A: Check21 allows any financial institution to take a printed check and convert it to an image. As soon as you set the pin to input, it's no longer an output. Then, you set ledIn (pin 13 again) to INPUT. ![]() But, first you set ledOut (pin 13) to OUTPUT. Then, you can check the state of the variable, instead of the state of the pin.įYI - In the following code ledIn and ledOut are both 13. ![]() If you need to keep track, you can create a variable (as robtillaar used the variable 'v'). If you have to read the state of an output pin, you are probably doing something "wrong". You (your sketch) is always controlling the state of output pins. There should be no reason to check, because your software already "knows" if it's turned the LED on or off. Your software (your sketch) is turning the LED on & off. How can I check if a LED state is hight in void loop? ![]()
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