Custom sizing
Many other sizes available upon request.


| Features | Benefits |
|---|---|
| PDP in excess of −40 °FPressure and flow affect performance | 1.5″ inlet / outlet ports |
| Designed regeneration | 0.3 micron filtration |
| 110 / 220 volt AC 12 / 24 volt DC |
Custom voltages available |
| Pneumatically controlled option (PDF) | Classified / explosion proof |
| Cartridge-style replacement valves | Modular, expandable design |
| Select purge option (PDF)Reduces regeneration air usage | Spin on / off desiccant cartridges |
| Optional zero-loss condensate auto drain (PDF) | |
REMINDER: PC controller not illustrated however, distributes pilot signals in same sequence as a PLC controller.
The descriptions detailed on page “Twin Tower w/MLT” schematic represents the sequencing of air flow as it relates to the actual drying process and transition – wet to dry – within all dryer systems including Programmable Logic (PLC) and Pneumatically Controlled (PC) systems.
PLC Total Cycle Sequence 180 sec.Cartridge 1 regenerates for 45 sec. Cartridge 2, 3, 4 receives wet air. PLC switches Cartridge 2 regenerates for 45 sec. Cartridge 1, 3, 4 receives wet air. PLC switches |
PC Total Cycle Sequence 240 sec.Cartridge 1 regenerates for 60 sec. Cartridge 2, 3, 4 receives wet air. PC switches Cartridge 2 regenerates for 60 sec. Cartridge 1, 3, 4 receives wet air. PC switches |
(Represents one dryer within PLC dryer system)
1. Identify dryer system by counting numbers of desiccant cartridges, e.g., 2, 4, 6
2. Locate service component identity, e.g., A, B, C, etc.
3. Under “Qty”, order appropriate number of kits specific to cartridge total
1.Identify dryer system by counting numbers of desiccant cartridges, e.g., 2, 4, 6
2.Locate service component identity, e.g., A, B, C, etc.
3.Under “QTY”, order appropriate number of kits specific to cartridge totals
Drag or scroll horizontally to see full table
Custom sizing
Many other sizes available upon request.