Model 1221 Distillation Sample Probe

1221
The Universal Analyzers Model 1221 Distillation Sample Probe is a unique self-cleaning and temperature stabilized primary sample conditioning system for demanding on-line gas analysis applications.

It is designed to solve the key issues that compromise plant performance by improving measurement accuracy and reliability. The 316SS self-cleaning separator is designed to condense and wash the heavy components in the sample back into the process along with any deposited solids avoiding the regular ‘plugging’ that occurs with conventional conditioning systems. Maintenance of the Model 1221 Distillation Sample Probe is further simplified as once isolated from the main-line, the separator can be simply removed without the need to remove the entire probe. 

The Sample Probe uses a multiple-stage cooling design which is made entirely of 316SS. This provides efficient removal of entrained liquids due to its high surface area and thermal efficiency resulting from the unique cooling transfer design. The sample probe is encapsulated in an insulated casing to provide the highest possible “R” factor and protection of the cooling chamber. 

The high-performance probe design is ideal for use in applications such as ethylene furnaces, FCCUs and coke ovens. The dual mode vortex cooling system (feed-forward and feed-back control with the EC); guarantees high-accuracy analyzer performance and protection against liquid carry-over regardless of changes in ambient or process temperature. The unique vortex cooling design simultaneously cools the sample and removes particulates, water and high boiling-point compounds. The electronic controller includes self-diagnostics with local and remote monitoring and displays, configurable fail-safe alarms and DCS integration, eliminating the need for regular scheduled inspections.

Applications

  • Decoke operations
  • Fluidized Catalytic Cracking Units (FCCU)
  • Ethylene Cracking Furnaces
  • Syngas




Typical Installations

  • Decoke headers
  • Hot, wet or dirty process gases
  • Pyrolysis gases
  • Heavy particulate removal
  • Fine carbon removal

Configuration Options


Features:

  • Accurate Temperature outlet gas temperature control (± 1F) with the optional Electronic Controller (EC)
  • Dual Pneumatic Controllers available
  • Prevents liquid carryover
  • Remote monitoring
  • Self-cleaning separator
  • Reduced maintenance
  • Removable one piece 316SS seperator
  • Automatic sampler shut-down on high inlet temperature or high outlet temperature with optional EC
  • High “R” Factor Cooling Chamber
  • Probe can be sized to supply 1-5 LPM of Sample
  • Suitable for Hazardous Areas

Technical Specifications

  • Materials of constructions – Process parts 316 SS
  • Inlet Flanged Available in 2”, 2.5” or 3”-150#. Optional 300# and 600# flange also available
  • Size Approx. 42” (110 cm) long x 5.5” (14 cm) outer diameter (Without Weld Neck Flange Adapter)
  • Weight 120 lbs (45 kg)
  • Min process temperature 100°F (38°C)
  • Max process temperature 1,000°F (538°C) with 150# Flange and 1,500F (815C) with 300# Flange
  • Max process pressure with 150# Flange is 20 psig (1.36 bar) @ 1,000°F (538°C)
  • Max process pressure with 300# Flange is 40 psi (2.72 bar) @ 800°F (426°C)
  • Ambient temperature 32° to 158°F (0-70°C) with Pneumatic Controller
  • Sample Outlet 1/4” Tube
  • Optional Electronics must be kept below 50°C (122°F)
  • Suitable for Class 1, Div. II, B, C, D
  • Inlet, Outlet process and Vortex air temperature monitoring with the Electronic Controller
  • All data available from the controller Modbus
  • Sample Probe enclosure is available in heated and non-heated version.
  • Heated version is recommended for climates where winter temperatures is <50°F (10°C)
  • Probe Sample Gas Flow Rate 1-5LPM
  • Internal Dead Volume 1,000cc
  • Exit gas temperature controlled ± 1°F (0.5°C)

Supply Requirements

  • Electrical 110/230 V AC 50/60 Hz if the Electronic Controller is purchased
  • Air (Maximum) 4 CFM @ 80psi

The Universal Analyzers Model 1221 Distillation Sample Probe is a unique self-cleaning and temperature stabilized primary sample conditioning system for demanding on-line gas analysis applications.

It is designed to solve the key issues that compromise plant performance by improving measurement accuracy and reliability. The 316SS self-cleaning separator is designed to condense and wash the heavy components in the sample back into the process along with any deposited solids avoiding the regular ‘plugging’ that occurs with conventional conditioning systems. Maintenance of the Model 1221 Distillation Sample Probe is further simplified as once isolated from the main-line, the separator can be simply removed without the need to remove the entire probe. 

The Sample Probe uses a multiple-stage cooling design which is made entirely of 316SS. This provides efficient removal of entrained liquids due to its high surface area and thermal efficiency resulting from the unique cooling transfer design. The sample probe is encapsulated in an insulated casing to provide the highest possible “R” factor and protection of the cooling chamber. 

The high-performance probe design is ideal for use in applications such as ethylene furnaces, FCCUs and coke ovens. The dual mode vortex cooling system (feed-forward and feed-back control with the EC); guarantees high-accuracy analyzer performance and protection against liquid carry-over regardless of changes in ambient or process temperature. The unique vortex cooling design simultaneously cools the sample and removes particulates, water and high boiling-point compounds. The electronic controller includes self-diagnostics with local and remote monitoring and displays, configurable fail-safe alarms and DCS integration, eliminating the need for regular scheduled inspections.

 

 




Applications

  • Decoke operations
  • Fluidized Catalytic Cracking Units (FCCU)
  • Ethylene Cracking Furnaces
  • Syngas




Typical Installations

  • Decoke headers
  • Hot, wet or dirty process gases
  • Pyrolysis gases
  • Heavy particulate removal
  • Fine carbon removal

Configuration Options



1221 Distillation Probe Datasheet


 

Features:

  • Accurate Temperature outlet gas temperature control (± 1F) with the optional Electronic Controller (EC)
  • Dual Pneumatic Controllers available
  • Prevents liquid carryover
  • Remote monitoring
  • Self-cleaning separator
  • Reduced maintenance
  • Removable one piece 316SS seperator
  • Automatic sampler shut-down on high inlet temperature or high outlet temperature with optional EC
  • High “R” Factor Cooling Chamber
  • Probe can be sized to supply 1-5 LPM of Sample
  • Suitable for Hazardous Areas

 

Technical Specifications

  • Materials of constructions – Process parts 316 SS
  • Inlet Flanged Available in 2”, 2.5” or 3”-150#. Optional 300# and 600# flange also available
  • Size Approx. 42” (110 cm) long x 5.5” (14 cm) outer diameter (Without Weld Neck Flange Adapter)
  • Weight 120 lbs (45 kg)
  • Min process temperature 100°F (38°C)
  • Max process temperature 1,000°F (538°C) with 150# Flange and 1,500F (815C) with 300# Flange
  • Max process pressure with 150# Flange is 20 psig (1.36 bar) @ 1,000°F (538°C)
  • Max process pressure with 300# Flange is 40 psi (2.72 bar) @ 800°F (426°C)
  • Ambient temperature 32° to 158°F (0-70°C) with Pneumatic Controller
  • Sample Outlet 1/4” Tube
  • Optional Electronics must be kept below 50°C (122°F)
  • Suitable for Class 1, Div. II, B, C, D
  • Inlet, Outlet process and Vortex air temperature monitoring with the Electronic Controller
  • All data available from the controller Modbus
  • Sample Probe enclosure is available in heated and non-heated version.
  • Heated version is recommended for climates where winter temperatures is <50°F (10°C)
  • Probe Sample Gas Flow Rate 1-5LPM
  • Internal Dead Volume 1,000cc
  • Exit gas temperature controlled ± 1°F (0.5°C)


Supply Requirements

  • Electrical 110/230 V AC 50/60 Hz if the Electronic Controller is purchased
  • Air (Maximum) 4 CFM @ 80psi

The Universal Analyzers Model 1221 Distillation Sample Probe is a unique self-cleaning and temperature stabilized primary sample conditioning system for demanding on-line gas analysis applications.

It is designed to solve the key issues that compromise plant performance by improving measurement accuracy and reliability. The 316SS self-cleaning separator is designed to condense and wash the heavy components in the sample back into the process along with any deposited solids avoiding the regular ‘plugging’ that occurs with conventional conditioning systems. Maintenance of the Model 1221 Distillation Sample Probe is further simplified as once isolated from the main-line, the separator can be simply removed without the need to remove the entire probe. 

The Sample Probe uses a multiple-stage cooling design which is made entirely of 316SS. This provides efficient removal of entrained liquids due to its high surface area and thermal efficiency resulting from the unique cooling transfer design. The sample probe is encapsulated in an insulated casing to provide the highest possible “R” factor and protection of the cooling chamber. 

The high-performance probe design is ideal for use in applications such as ethylene furnaces, FCCUs and coke ovens. The dual mode vortex cooling system (feed-forward and feed-back control with the EC); guarantees high-accuracy analyzer performance and protection against liquid carry-over regardless of changes in ambient or process temperature. The unique vortex cooling design simultaneously cools the sample and removes particulates, water and high boiling-point compounds. The electronic controller includes self-diagnostics with local and remote monitoring and displays, configurable fail-safe alarms and DCS integration, eliminating the need for regular scheduled inspections.

 

 




Applications

  • Decoke operations
  • Fluidized Catalytic Cracking Units (FCCU)
  • Ethylene Cracking Furnaces
  • Syngas




Typical Installations

  • Decoke headers
  • Hot, wet or dirty process gases
  • Pyrolysis gases
  • Heavy particulate removal
  • Fine carbon removal

 

Features:

  • Accurate Temperature outlet gas temperature control (± 1F) with the optional Electronic Controller (EC)
  • Dual Pneumatic Controllers available
  • Prevents liquid carryover
  • Remote monitoring
  • Self-cleaning separator
  • Reduced maintenance
  • Removable one piece 316SS seperator
  • Automatic sampler shut-down on high inlet temperature or high outlet temperature with optional EC
  • High “R” Factor Cooling Chamber
  • Probe can be sized to supply 1-5 LPM of Sample
  • Suitable for Hazardous Areas

 

Technical Specifications

  • Materials of constructions – Process parts 316 SS
  • Inlet Flanged Available in 2”, 2.5” or 3”-150#. Optional 300# and 600# flange also available
  • Size Approx. 42” (110 cm) long x 5.5” (14 cm) outer diameter (Without Weld Neck Flange Adapter)
  • Weight 120 lbs (45 kg)
  • Min process temperature 100°F (38°C)
  • Max process temperature 1,000°F (538°C) with 150# Flange and 1,500F (815C) with 300# Flange
  • Max process pressure with 150# Flange is 20 psig (1.36 bar) @ 1,000°F (538°C)
  • Max process pressure with 300# Flange is 40 psi (2.72 bar) @ 800°F (426°C)
  • Ambient temperature 32° to 158°F (0-70°C) with Pneumatic Controller
  • Sample Outlet 1/4” Tube
  • Optional Electronics must be kept below 50°C (122°F)
  • Suitable for Class 1, Div. II, B, C, D
  • Inlet, Outlet process and Vortex air temperature monitoring with the Electronic Controller
  • All data available from the controller Modbus
  • Sample Probe enclosure is available in heated and non-heated version.
  • Heated version is recommended for climates where winter temperatures is <50°F (10°C)
  • Probe Sample Gas Flow Rate 1-5LPM
  • Internal Dead Volume 1,000cc
  • Exit gas temperature controlled ± 1°F (0.5°C)


Supply Requirements

  • Electrical 110/230 V AC 50/60 Hz if the Electronic Controller is purchased
  • Air (Maximum) 4 CFM @ 80psi

The Universal Analyzers Model 1221 Distillation Sample Probe is a unique self-cleaning and temperature stabilized primary sample conditioning system for demanding on-line gas analysis applications.

It is designed to solve the key issues that compromise plant performance by improving measurement accuracy and reliability. The 316SS self-cleaning separator is designed to condense and wash the heavy components in the sample back into the process along with any deposited solids avoiding the regular ‘plugging’ that occurs with conventional conditioning systems. Maintenance of the Model 1221 Distillation Sample Probe is further simplified as once isolated from the main-line, the separator can be simply removed without the need to remove the entire probe. 

The Sample Probe uses a multiple-stage cooling design which is made entirely of 316SS. This provides efficient removal of entrained liquids due to its high surface area and thermal efficiency resulting from the unique cooling transfer design. The sample probe is encapsulated in an insulated casing to provide the highest possible “R” factor and protection of the cooling chamber. 

The high-performance probe design is ideal for use in applications such as ethylene furnaces, FCCUs and coke ovens. The dual mode vortex cooling system (feed-forward and feed-back control with the EC); guarantees high-accuracy analyzer performance and protection against liquid carry-over regardless of changes in ambient or process temperature. The unique vortex cooling design simultaneously cools the sample and removes particulates, water and high boiling-point compounds. The electronic controller includes self-diagnostics with local and remote monitoring and displays, configurable fail-safe alarms and DCS integration, eliminating the need for regular scheduled inspections.

 

 




Applications

  • Decoke operations
  • Fluidized Catalytic Cracking Units (FCCU)
  • Ethylene Cracking Furnaces
  • Syngas




Typical Installations

  • Decoke headers
  • Hot, wet or dirty process gases
  • Pyrolysis gases
  • Heavy particulate removal
  • Fine carbon removal

 

Features:

  • Accurate Temperature outlet gas temperature control (± 1F) with the optional Electronic Controller (EC)
  • Dual Pneumatic Controllers available
  • Prevents liquid carryover
  • Remote monitoring
  • Self-cleaning separator
  • Reduced maintenance
  • Removable one piece 316SS seperator
  • Automatic sampler shut-down on high inlet temperature or high outlet temperature with optional EC
  • High “R” Factor Cooling Chamber
  • Probe can be sized to supply 1-5 LPM of Sample
  • Suitable for Hazardous Areas

 

Technical Specifications

  • Materials of constructions – Process parts 316 SS
  • Inlet Flanged Available in 2”, 2.5” or 3”-150#. Optional 300# and 600# flange also available
  • Size Approx. 42” (110 cm) long x 5.5” (14 cm) outer diameter (Without Weld Neck Flange Adapter)
  • Weight 120 lbs (45 kg)
  • Min process temperature 100°F (38°C)
  • Max process temperature 1,000°F (538°C) with 150# Flange and 1,500F (815C) with 300# Flange
  • Max process pressure with 150# Flange is 20 psig (1.36 bar) @ 1,000°F (538°C)
  • Max process pressure with 300# Flange is 40 psi (2.72 bar) @ 800°F (426°C)
  • Ambient temperature 32° to 158°F (0-70°C) with Pneumatic Controller
  • Sample Outlet 1/4” Tube
  • Optional Electronics must be kept below 50°C (122°F)
  • Suitable for Class 1, Div. II, B, C, D
  • Inlet, Outlet process and Vortex air temperature monitoring with the Electronic Controller
  • All data available from the controller Modbus
  • Sample Probe enclosure is available in heated and non-heated version.
  • Heated version is recommended for climates where winter temperatures is <50°F (10°C)
  • Probe Sample Gas Flow Rate 1-5LPM
  • Internal Dead Volume 1,000cc
  • Exit gas temperature controlled ± 1°F (0.5°C)


Supply Requirements

  • Electrical 110/230 V AC 50/60 Hz if the Electronic Controller is purchased
  • Air (Maximum) 4 CFM @ 80psi
  • Documentation +