Water meter abrasion test device and method
A wear-resistant test, water meter technology, applied in testing/calibrating devices, measuring devices, testing/calibrating volume flow, etc., can solve the problem of high temperature of the test device
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Embodiment 1
[0031] The common flow Q of water meter to be tested in the present embodiment 3 same.
[0032] The working process of the water meter wear test device and method is: the water meter to be tested is installed on the water meter installation mechanism 36, after ensuring that the connection of the water meter to be tested does not leak, the water pump 13 is started, and the flow regulating valve 22 is in the maximum open state, Turn all the on-off valves 38 in the branch waterway group 3 to the open state, and adjust all the fine-tuning flow valves 32 in the branch waterway group 3 to the 3 / 4 opening state; turn on the on-off valves 38 of each branch waterway in turn (other branch waterway keep the water blocked), and adjust the opening degree of the fine-tuning flow valve 32, so that when each branch waterway is connected separately, the indication value of the standard meter 42 is the same; The waterway is equally divided into two groups (group A and group B), the on-off valv...
Embodiment 2
[0034] In this embodiment, the water meter to be tested is the common flow Q 3 Two different specifications of the water meter to be tested, the larger common flow rate of the two specifications of the water meter to be tested is Q 3max , the smaller common flow rate is Q 3min .
[0035] The working process of the water meter wear test device and method is: the water meter to be tested is installed on the water meter installation mechanism 36, and the straight water pipe replacing the water meter is installed in the water meter installation mechanism 36 on the waterway that is not connected to the water meter. The common flow rate is Q 3max The number of branch waterways where the test water meter is located is N max , the usual flow rate is Q 3min The number of branch waterways where the test water meter is located is N min , the number of waterways reserved for unconnected water meters is N 3 , Nmax +N min +N 3 =2N, after ensuring that there is no water leakage at the...
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