KJ2003X1-BA2 Emerson DeltaV module price lead time

Description

If RDNDNT = 0, the VP is a standalone module

If RDNDNT = 1, the VP is a redundant KJ2003X1-BA2 module

This is the MOST important constant and MUST be set prior to inserting the VP into

its mounting slot. If the VP is installed without this constant being set, and the unit is

on line, the results are unpredictable.

In some cases, such as when a VP module KJ2003X1-BA2 is being replaced by another VP from stock,

the VP should be placed into an unused slot to power it up and modify the constant.

Remember to type SC to save the constants to EEPROM memory. Setting this constant

changes the Baud Rate for COM Port 2 (SLIM port) to 25 k baud

This command sets target value position to 10%, sets the VP made to local, and sets a

restriction bit to prevent the VP from entering Normal mode. Type “EXIT” to clear the

restriction bit

CoilCount

If CoilCount = 1, the VP is a KJ2003X1-BA2 redundant module and only coil 1 from the VP is used.

Failure to set this constant will typically result in servo coil diagnostic failures, which

cause the VP to fail to its Backup.

If CoilCount = 2, coils 1 and 2 are used, and coil 3 (diagnostic) is disabled.

diagtime = 20

Timer value in millisecond increments for the coil short/open timer. The conditions

must exist for this amount of time before it is reported to the Controller.

kServo is a parameter, given in percentage, that models the impedance relationship of

the Personality module (PMOD) and the servo coil. For example, if the user has a

PMOD with an impedance of 300 ohms, and the coil impedance is 82 ohms, then

kServo should be set to 21.0 or 82 / (300 + 82). VP diagnostic fifirmware uses this

parameter to predict coil voltage based on amplififier output voltage.

Wire impedance is included in coil impedance. The user can take a direct measure

ment with a standard voltmeter by removing the VP from the base unit. The user can

also measure the ratio directly. One method is KJ2003X1-BA2 to measure amplififier output voltage at

B13, a coil output that is normally unconnected, then measure coil voltage at B14 or

B15. With the unit off line, amplififier voltage at B13 would be saturated to 10 volts or

5 volts depending on the state of the current reduction algorithm.

This parameter can be used when servo coils are wired in parallel. For this example,

kServo would be set to 11.7 or 40 / (300 + 40). If one of the coils burned out, the rela

tionship would change to 21.0. By setting kServoDb to 5.0, an alarm would be gener

ated when the servo coil went open circuit.

Why are the prices of many products of our company more competitive?
(1) Source purchase to reduce the price difference in the intermediate phase
(2) Stable channel and more guaranteed supply
Lead time problem
(1) For the spot products in stock, the delivery can be arranged on the same day after the contract payment is signed
(2) Order products and deliver according to the quoted delivery date
Xiamen Xiongba adheres to the enterprise philosophy of “improving the value of spare parts supply chain”,
For the simple purchase procedure of spare parts, ensure that they are delivered to the site in a timely manner, and help users reduce the risk of downtime caused by the shortage of spare parts
The emergency spare parts support service is complete, and the user can customize the spare parts. The quality of the spare parts is reliable. All the spare parts provided enjoy a one-year super long warranty
Spot stock, fast response, reduce user capital investment, improve spare parts utilization, spare parts replacement!

Details: If you need urgent delivery orders, please feel free to contact us, and we will try our best to meet your needs.
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