Omron plc module CS1W series CS1W-CT021

Short Description:

• Input frequencies to 500 kHz (with line driver input).

• 32-bit counting range.

• 2 or 4 axes operation available.

• 5, 12, 24 V line driver inputs available.

• Supports simple, ring, and linear counting modes.


  • FOB Price: US $0.5 - 9,999 / Piece
  • Min.Order Quantity: 100 Piece/Pieces
  • Supply Ability: 10000 Piece/Pieces per Month
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    Spec Detail

    General Specifications

     

    Item CS1W-CT021/CT041
    Unit type CS1 Special I/O Unit
    General Specifications Conform to general specifications for SYSMAC CS1-series
    Ambient Operating Temperature 0 to 55 ° C
    Ambient Storage Temperature -20 to 75 ° C
    Ambient Operating Humidity 10 to 90% without condensation
    Internal Current Consumption 450 mA (CS1W-CT041), 360 mA (CS1W-CT021) (at 5V via backplane)
    Dimensions 35 × 130 × 100 mm (W × H × D)
    Weight 245 g
    Mounting Position CS1 CPU Rack or CS1 Expansion Rack
    (Cannot be mounted to a C200H Expansion I/O Rack or a SYSMAC BUS Slave Rack).
    Maximum Number of CT021/CT041
    Units per Rack
    Equal to the number of slots of the Rack *1
    Maximum Number of CT021/CT041
    Units per basic CS1-system
    24
    Data Exchange with CPU Unit I/O Refresh Data Area (CIO-bits 200000 to 295915, CIO-words 2000 to 2959): *2)
    Special I/O Unit DM-Area (D-words 20000 to 29599): 400 DM-words per Unit are transmitted
    form the CPU to the Unit at Power Up or when the Unit is restarted *3

    residential_buildings_ventilation

    Compressor control for building ventilation and air conditioning

    Variable speed control of a chiller allows you to provide constant pressure regulation while matching the capacity to the actual need based on measurements in the system. Speed control is beneficial when a compressor runs for long periods at partial load. Reduce operational costs by running applications at a lower speed which reduces energy consumption. And reduce installation costs by optimizing the system and the compressor itself.

    Danfoss AC drives ensure fewer starts and stops which reduces mechanical wear. And dedicated features, such as the ‘skip resonance’ function, allow you to easily identify for the drive the frequencies to prevent noise and damage.

    Products for compressors include soft starters, high-power drives, low harmonic drives,  AHF harmonic filters. All drives are delivered with built-in cascade controller options, DC coils and PID controllers.

    One of the largest cost factors in the cooling system lifecycle is energy. In many cooling and refrigeration applications, capacity exceeds heat load due to seasonal variations, product loading, occupancy variations, and electrical appliances that cause power loss. Modern, dedicated AC drives continually adjust the equipment capacity to the actual heat load and process needs. The benefits are significantly lower energy consumption and lower operation and maintenance costs. 

    Intelligent compressor and condenser/evaporator fan control are essential in any optimized cooling or refrigeration system. You can typically achieve 10–25% savings on energy consumption by applying Danfoss AC drives to optimize the capacity control of refrigeration compressors, condensers and evaporators. By creating stability while balancing the capacity to the actual load, the system-wide coefficient of performance (COP) improves providing significant energy savings.

    Cascade control optimizes energy savings and reduces lifecycle costs

    Cascade configuration produces the optimal interaction between an application and an AC drive under partial loading. The base load is handled by a single application, such as a compressor, controlled by a drive. When heat load rises, the drive starts up additional compressors one at a time. This ensures the applications work at their optimum efficiency point, and the drive maintains maximum energy efficiency throughout the system.

    Well-planned cascade control also ensures minimal wear on the individual applications. By rotating mains-powered compressors, for example, maintenance managers can ensure each ends up with a similar number of operating hours and an equal wear level. This increases the lifetime of the applications and extends service intervals reducing lifecycle costs.

    Danfoss Drives’ advanced Multi-zone pack controller ensures effective cascading and control of up to six compressor packs. This minimizes energy consumption, avoids too frequent staging and de-staging, stabilizes pressures and temperatures, and reduces compressor wear and tear. Similarly, the Pump Cascade Controller distributes running hours evenly across all pumps to keep wear and tear on individual pumps to a minimum.


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