Pit Configured
Placement
Engineered To Current Pit Configurations
Ensure access to heating elements, clean out doors and valves
Develop engineered systems for each unique floor plan layout
Determine optimal placement of valves and components for easy maintenance of the ULTRA vapor degreaser
Provide all of the modern ULTRA features while utilizing existing footprint and operational/situational constraints.
ORIGINAL VAPOR DEGREASER
ULTRA VAPOR DEGREASER
VAPOR DEGREASER PLACEMENT IN PIT
Reliance will engineer a system to fit
within your current pit configuration
Vapor degreasers are placed in pits for a variety of reasons, ranging from:
ceiling height restrictions;
to enabling operators to easily access the top of the unit;
to facilitate overhead hoists and other part basket assists
ULTRA Vapor Degreasers
Reliability, Simplicity, Quality
FEATURES
NESHAP Compliant Vapor Degreasing System
Solid Stainless Steel Construction - Heavy gauge 304 stainless steel used on tank, water separator, spray reserve tank, primary coil, low-temperature coil, lid system, tank access doors and tank fittings.
Stainless Steel Primary Condensing Coil - New Copeland refrigeration system operating with standard R134A refrigerant.
Sub-Zero Temperature Condensing Coil - Finned stainless steel condensation coil with Copeland R404A refrigeration for enhanced solvent containment.
Foot Operated Spray Lance System
High Volume Condensate Water Separator - feeding spray reservoir
Digital Display Safety Control Panel - including HTC, LTC, SVC, VU, RT
Ultrasonic Power – field replaceable submersible transducers
Ultrasonic Immersion Sump filtration
WATLOW Temperature Safety Limit Controls - Digital display
Low-Level Float Safety System - Ensures proper system operation.
Comprehensive Indicator Light System on Control Panel
BENEFITS
Simple engineering and stoutness of design for durability and ease-of-maintenance
Excellent training - start-up, shut down, maintenance and good solvent cleaning work practices
Easy to support in the field with accessible heating elements, clear temperature read-outs, sophisticated indicator light system, and updated refrigeration systems using standard refrigerant
Cost effective operation and maintenance
Compact footprint
Effective with a variety of non-flammable solvents, including chlorinated, brominated and fluorinated
State-of-the-art engineering based on a best practices for simplicity, field supportability and reliability
Minimal Solvent Emissions and Reduced Operating Costs due to NESHAP Compliant coils
