3500/25 125792-01 3500/25 series enhanced half-height dual channel module
Features:
● Reward with food and drink
●(2) Channels
● Input signal: Close to the probe or magnetic pickup
The GE/ Bently Nevada 3500/25 Series Enhanced Keyphasor module is a half-height dual-channel module that provides the Keyphasor signal to the monitor module in the 3500 frame. The module receives an input signal from the proximity probe or magnetic pickup and converts this signal into a digital key phaser signal that indicates when the key phaser mark on the shaft coincides with the key phaser sensor. The 3500 mechanical protection system accepts up to four Keyphasor signals in a normal configuration and up to eight Keyphasor signals in a paired configuration.
The 3500 system comes with two types of relay modules. The fourth type is a 4-channel relay module. The module is suitable for most monitoring applications. It uses a relay to drive each channel out. The 4-channel relay module is a full-height module that provides 4 relay outputs. Any number of 4-channel relay modules can be placed in any slot on the right side of the frame interface module.
The 3500 system comes with two types of relay modules. The fourth type is a 4-channel relay module. The module is suitable for most monitoring applications. It uses a relay to drive each channel out. The 4-channel relay module is a full-height module that provides 4 relay outputs. Any number of 4-channel relay modules can be placed in any slot on the right side of the frame interface module.
The 4-channel relay module is a full-height module that provides the output of four relays. Any number of 4-channel relay modules can be placed in any slot on the right of the frame interface module. Each output of the 4-channel relay module can be programmed independently to perform the required voting logic. Each relay used on a 4-channel relay module has an "alarm drive logic". The alarm driver logic can be programmed with "and gate" and "or gate" logic and utilizes the alarm input (warning or danger) provided by any monitor channel or a combination of any monitor channel in the framework. The alarm driver logic application framework configuration software programming can meet the special needs of applications.
Each relay output can be programmed using an AND (AND) and OR (OR) operator. The alarm driver logic for each relay channel can apply alarm inputs (warnings and hazards) from any monitor channel in the frame. Alarm driver logic application framework configuration software programming. The three common types of alarm drive logics are bus relays, dedicated relays, and independent relays. Bus relays use an alarm drive logic to drive a separate relay by performing an "or" operation on all warning or danger signals in the frame. Special relays apply the alarm driver logic to the channel pairs (channel and channel 2 or channel 3 and channel 4) in the monitor. The "or" operation is performed on the warning or danger signal to drive a relay. Independent relay application of the alarm driver logic, can make each alarm state (warning or danger) from a channel, to drive a separate relay.
