Bently 3500/65 Temperature Monitor

I. Overview

II. Technical Specifications

1. Display and Data Processing Parameters

2. Alarm and Interlock Parameters

3. System Configuration and Communication Parameters

4. Environmental and Reliability Parameters

III. Functional Characteristics

1. Integrated Visualization of Multiple Parameters for Clear Data Overview

• Full-screen Monitoring of Real-time Data: A single screen can display 16 channels of real-time parameters (divided into 2 pages, 8 channels per page). Parameter values, units, and alarm statuses (normal - green, warning - yellow, danger - red) are clearly marked, allowing maintenance personnel to grasp the overall health status of the equipment at a glance.

• Traceability and Analysis of Historical Curves: Supports 30-day historical curves for single parameters and comparison curves for multiple parameters. In the steam turbine generator set of a power plant, maintenance personnel used the historical curves of the 3500/65 to identify the pattern of "small vibration increases every Friday afternoon", locate the problem of "insufficient preheating before weekend load adjustment", and optimize the operation process.

• Chinese Interface Adaptation: Supports Chinese display and operation, lowering the operation threshold for domestic maintenance personnel. Especially in small and medium-sized factories, personnel without professional English proficiency can also quickly master configuration and fault troubleshooting.

2. Hierarchical Alarms and Rapid Interlocking to Ensure Equipment Safety

• Precise Control with Two-level Alarms: Warnings (e.g., vibration 0.3-0.8mm) are used for "early reminders", allowing maintenance personnel to arrange planned maintenance; Danger alarms (e.g., vibration ≥1.2mm) are used for "emergency handling" to trigger shutdown interlocks. In the propylene compressor of a petrochemical plant, maintenance personnel had 8 days to replace bearings under the warning status, avoiding shutdown caused by danger alarms.

• Millisecond-level Alarm Response: With an alarm trigger response time of ≤100ms, combined with a built-in buzzer and LED lights, in the blast furnace blower of an iron and steel plant, when the rotational speed dropped suddenly by 50r/min (warning value), the 3500/65 alarmed instantly. Maintenance personnel checked the motor power supply in a timely manner, preventing blast furnace air cut-off caused by continued rotational speed drop.

• Flexible Interlock Logic: Interlock conditions can be configured according to equipment importance, such as "single compressor → interlock shutdown for any 1 channel of danger alarm", "standby unit → interlock only for 2 or more channels of warning". In the dual-unit configuration of a power plant, unnecessary shutdowns caused by single-channel false alarms are avoided.

3. Convenient Configuration and Maintenance to Reduce Operation Costs

• Local/Remote Dual Configuration Modes: Local button configuration is suitable for quick on-site adjustments (e.g., temporary modification of alarm thresholds), while remote configuration (System 1 software) is suitable for batch parameter setting. In the monitoring system of 10 compressors in a chemical plant, remote configuration reduced the parameter setting time from 1 day to 2 hours.

• Password Protection and Operation Logs: Supports 3 levels of password permissions (Administrator/Operator/Viewer) to prevent unauthorized personnel from modifying key parameters; at the same time, it records operation logs (e.g., "who modified the alarm threshold and when"), facilitating traceability of misoperation responsibilities.

• Fault Self-diagnosis and Rapid Localization: The module has a built-in self-diagnosis function that can detect problems such as "display failure", "communication interface abnormality", and "power failure", and prompt the cause of the fault on the screen (e.g., "RS485 communication interruption → check wiring/baud rate"). Maintenance personnel can locate faults within 5 minutes without professional technical support.