Relays, Timers, and Sensor Input Class

Ordering Your Configuration

 

 

Use the listings below to specify sensor input Class, Function and Nomenclature; the S1500 sensor inputs are factory-configured as follows:

Class A: Armed at all times for alarm or shutdown (specify).

Class B1: Locked out by first lockout timer (First Start/Run timer).

Class B2: Locked out by second lockout timer (Second Start/Run timer).

Class C: Armed after fault condition has been cleared for 2 seconds.

Class P: Locked out by the Compressor Load lockout timer.

ESD: Overrides the Test lockout timer (for Remote/Emergency Stop input).

SD: S1500 System Shutdown Function.

AL: Alarm Relay Function (no shutdown).

Sensor Input

Specify Class

Specify Function

Default Nomenclature

User Specified Nomenclature

Example:

Class B2

SD

Compressor Oil Pressure

Compressor #1 Oil Pressure

Input 1

____________

_________________

Compressor Oil Pressure

________________________

Input 2

____________

_________________

Compressor Oil Level

________________________

Input 3

____________

_________________

Lubrication No-Flow

________________________

Input 4

____________

_________________

Low Suction Pressure

________________________

Input 5

____________

_________________

Interstage Pressure #1

________________________

Input 6

____________

_________________

Interstage Pressure #2

________________________

Input 7

 

 

Interstage Pressure #3

 

Input 8

 

 

Discharge Pressure

 

Input 9

 

 

Discharge Temperature #1

 

Input 10

 

 

Discharge Temperature #2

 

Input 11

 

 

Discharge Temperature #3

 

Input 12

 

 

Discharge Temperature #4

 

Input 13

 

 

Suction Liquid Level

 

Input 14

 

 

Interstage Liquid Level #1

 

Input 15

 

 

Interstage Liquid Level #2

 

Input 16

 

 

Interstage Liquid Level #3

 

Input 17

 

 

Inlet Scrubber Liquid Level

 

Input 18

 

 

Engine Oil Pressure

 

Input 19

 

 

Engine Oil Level

 

Input 20

 

 

Engine Oil Vibration

 

Input 21

 

 

Engine Jacket Water Temp.

 

Input 22

 

 

Engine Jacket Water Level

 

Input 23

 

 

Engine Jacket Water Press.

 

Input 24

 

 

Engine Vacuum Right Bank

 

Input 25

 

 

Engine Vacuum Left Bank

 

Input 26

____________

_________________

Compressor Vibration

________________________

Input 27

____________

_________________

Cooler Vibration

________________________

Input 28

____________

_________________

Cooler Water Level

________________________

Input 29

____________

_________________

Auxiliary Pump Shutdown

________________________

Input 30

____________

_________________

Emergency Shutdown

________________________

Input 31

____________

_________________

PLC Shutdown

________________________

Input 32

____________

_________________

Prelube Permissive

________________________

Select your Relay Logic Mode (see page 4):

MODE No. ____________________

Select your Timing and range; (default values)

TACHOMETER

Pulses/Rev.: _____________________ (60)

Crank Disconnect: _______________ (100)

Underspeed: ____________________ (150)

Overspeed: _____________________ (400)

TIMERS

Prelube: ___________________ (0:30)

Ignition Ground: _______________ (0:10)

Postlube: ______________________ (0:30)

Run Delay: _________________ (0:30)

 

Class B1: ___________________ (1:00)

CRANKING

Class B2: ___________________ (1:00)

Attempts: ______________________ (5)

Load Delay: _________________ (1:00)

Crank Period: __________________ (0:15)

Process Delay: _______________ (1:30)

Rest Period: ____________________ (0:15)

Idle/Cooldown: _______________(5:00)

 

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Murphy Series 1500 warranty Ordering Your Configuration

Series 1500 specifications

The Murphy Series 1500 is a line of advanced engine monitoring and control solutions designed for a variety of applications, particularly in the industrial and commercial sectors. This series stands out for its combination of robust features, cutting-edge technologies, and reliable characteristics, making it a preferred choice for engine management and performance optimization.

One of the main features of the Murphy Series 1500 is its comprehensive monitoring capabilities. Equipped with a range of sensors and gauges, this series provides real-time data on critical engine parameters such as temperature, pressure, and RPM. This data is essential for ensuring optimal engine performance, reducing the risk of failure, and prolonging the life of the engine.

Another significant aspect of the Series 1500 is its user-friendly interface. The display is designed for clarity and ease of use, allowing operators to quickly interpret information and make informed decisions. The intuitive layout ensures that users can navigate through different functions without extensive training, making it suitable for various skill levels.

The Murphy Series 1500 integrates advanced communication technologies, facilitating seamless connectivity with other equipment and supervisory systems. This feature allows for remote monitoring and control, enabling operators to manage engines from a distance, enhancing operational efficiency and safety.

In addition to monitoring and control, the Series 1500 offers customizable alarms and alerts. Users can set specific parameters for engine performance, and the system will notify them if these parameters are exceeded. This proactive approach helps to prevent costly downtime and unexpected maintenance.

Durability is a hallmark of the Murphy Series 1500. Designed for harsh operating environments, the equipment is constructed with high-quality materials that can withstand extreme temperatures, vibrations, and potential exposure to corrosive elements. This resilience ensures that the system remains functional and reliable in challenging conditions.

Lastly, the Murphy Series 1500 is supported by extensive documentation and customer service. Detailed manuals and troubleshooting guides help users optimize the system's performance while a dedicated support team provides assistance when needed.

In summary, the Murphy Series 1500 is a sophisticated engine management solution that combines monitoring capabilities, user-friendliness, advanced communication technologies, customizable alerts, durability, and robust customer support. These features make it an ideal choice for various industrial applications, ensuring that engines operate efficiently and reliably.