C95 Series Multi-Output Timer Relay, 220V AC Operating Voltage
C95.0.08 – 220V AC, 8 relay outputs
C95.0.16 – 220V AC, 16 relay outputs
C95.0.24 – 220V AC, 24 relay outputs
C95.0.32 – 220V AC, 32 relay outputs
C95.0.40 – 220V AC, 40 relay outputs
C95 Series Multi-Output Timer Relay, 24V DC Operating Voltage
C95.0.08 – 24V DC, 8 relay outputs
C95.0.16 – 24V DC, 16 relay outputs
C95.0.24 – 24V DC, 24 relay outputs
C95.0.32 – 24V DC, 32 relay outputs
C95.0.40 – 24V DC, 40 relay outputs
C95 Series Multi-Output Timer Relay with Differential Pressure Sensor, 220V AC
C95.1.08 – 220V AC, 8 relay outputs
C95.1.16 – 220V AC, 16 relay outputs
C95.1.24 – 220V AC, 24 relay outputs
C95.1.32 – 220V AC, 32 relay outputs
C95.1.40 – 220V AC, 40 relay outputs
C95 Series Multi-Output Timer Relay with Differential Pressure Sensor, 24V DC
C95.1.08 – 24V DC, 8 relay outputs
C95.1.16 – 24V DC, 16 relay outputs
C95.1.24 – 24V DC, 24 relay outputs
C95.1.32 – 24V DC, 32 relay outputs
C95.1.40 – 24V DC, 40 relay outputs
C95 Series Multi-Output Timer Relay with 4–20 mA Analog Input, 220V AC
C95.2.08 – 220V AC, 8 relay outputs
C95.2.16 – 220V AC, 16 relay outputs
C95.2.24 – 220V AC, 24 relay outputs
C95.2.32 – 220V AC, 32 relay outputs
C95.2.40 – 220V AC, 40 relay outputs
C95 Series Multi-Output Timer Relay with 4–20 mA Analog Input, 24V DC
C95.2.08 – 24V DC, 8 relay outputs
C95.2.16 – 24V DC, 16 relay outputs
C95.2.24 – 24V DC, 24 relay outputs
C95.2.32 – 24V DC, 32 relay outputs
C95.2.40 – 24V DC, 40 relay outputs
C95 Series Multi-Output Timer Relay with 0–10 V DC Analog Input, 220V AC
C95.3.08 – 220V AC, 8 relay outputs
C95.3.16 – 220V AC, 16 relay outputs
C95.3.24 – 220V AC, 24 relay outputs
C95.3.32 – 220V AC, 32 relay outputs
C95.3.40 – 220V AC, 40 relay outputs
C95 Series Multi-Output Timer Relay with 0–10 V DC Analog Input, 24V DC
C95.3.08 – 24V DC, 8 relay outputs
C95.3.16 – 24V DC, 16 relay outputs
C95.3.24 – 24V DC, 24 relay outputs
C95.3.32 – 24V DC, 32 relay outputs
C95.3.40 – 24V DC, 40 relay outputs
What Is the C95 Series Multi-Output Pulse Valve Timer Controller?
The Smart Control Solution for Pulse Jet Filter Systems
In industrial dust collection systems, pulse valves must be operated at precise intervals and with millisecond accuracy to maintain filter performance and overall operational efficiency. Managing filter cleaning cycles manually or with conventional timers often results in excessive compressed air consumption, premature filter bag wear, and increased energy costs.
The C95 Series Multi-Output Pulse Valve Timer Controller is a next-generation industrial automation unit designed to provide automatic, synchronized, and intelligent control of pulse valves in pulse jet filtration systems.
What Is a Pulse Valve Timer Controller and Why Is It Important?
A pulse valve timer controller is an electronic control device that manages the opening and closing sequences, pulse durations, and pause intervals of pulse valves used for cleaning baghouse filters.
This control system directly affects dust collection performance and provides several important benefits:
Smart Automation
Filter cleaning cycles are managed automatically without operator intervention.
Minimum Compressed Air Consumption
Compressed air usage is optimized, reducing compressor workload and operating costs.
Maximum Filter Bag Life
Properly timed cleaning cycles prevent premature wear, tearing, and damage to filter bags.
Lower Operating Costs
Eliminating unnecessary compressed air consumption helps reduce electricity expenses.
Continuous Production
Filter clogging is prevented, ensuring uninterrupted plant operation and production continuity.
How Does the C95 Series Timer Controller Work?
The C95 Series Timer Controller sequentially activates pulse valves connected to the filtration system according to user-defined pulse and pause times.
Precise Programming
Users can easily configure pulse duration in milliseconds and pause intervals in seconds or minutes via the control panel.
Sequential Triggering
Each output channel sends signals to the corresponding pulse valve in sequence.
Pulse Cleaning Action
The pulse valve releases a high-pressure burst of compressed air, shaking the filter bag and removing accumulated dust cake.
Continuous Automatic Cycle
The controller continuously repeats the cleaning sequence to maintain optimum filter permeability and performance.
Intelligent Energy Management: Differential Pressure and Analog Input Models
The C95 Series is available in several advanced versions designed to meet different automation requirements.
1. Differential Pressure (Delta P) Controlled Models
These models continuously monitor the pressure difference between the clean-air and dirty-air chambers of the filter system.
As long as the differential pressure remains below the configured threshold, the cleaning cycle does not start.
Benefits include:
- Up to 50% reduction in compressed air consumption
- Reduced filter bag wear
- Improved energy efficiency
2. 4–20 mA Analog Input Models
Designed to process signals from industrial transmitters and field sensors, enabling dynamic and highly accurate cleaning control.
3. 0–10 V Analog Input Models
Ideal for smart factory applications requiring full integration with central PLC and SCADA automation systems.
Applications and Industries
The C95 Series Multi-Output Pulse Valve Timer Controller is widely used in industries where high dust emissions and continuous filtration performance are critical.
Cement and Gypsum Plants
Steel Mills and Metal Smelting Facilities
Mining, Ore Processing, and Crushing & Screening Plants
Chemical, Paint, and Plastics Industries
Flour Mills, Feed Production, and Food Processing Plants
Thermal Power Stations and Energy Production Facilities
Woodworking and Furniture Manufacturing Plants
Industrial Dust Collection Systems and OEM Filter Units
Key Considerations When Selecting a Pulse Valve Timer Controller
Choosing the correct controller directly impacts the overall efficiency of the filtration system.
The following factors should be considered:
Total Number of Pulse Valves
The controller should provide sufficient output channels for current requirements and future system expansion.
Operating Voltage
Compatibility with existing solenoid coils and power supplies (24 VDC or 220 VAC) must be ensured.
Environmental Conditions
For outdoor or dusty environments, suitable protection ratings such as IP65 or IP68 and appropriate operating temperature ranges should be considered.
Energy-Saving Requirements
If minimizing compressed air consumption is a priority, Differential Pressure (ΔP) control functionality should be included.
tr
de
pl