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| A M M O
N I A R E F R I G E R A T I O N |
| CAMCO
717 Series |
|
| These fluids are the premier fluids for use in ammonia
service today. They have outstanding stability, with no sludge forming tendencies,
and will outlast mineral oils 4-8 times. |
| CAMCO
SYN 1-68 |
|
| This is a custom-blended, highly refined, chemically
inert synthetic lubricant. |
| CAMCO 4619-68 |
|
| This is a synthetic hydrocarbon based fluid that
is designed for the new, extremely low temperature ammonia applications (less
than 45°C). They have pour points as low as 67°C. |
| CAMCO 4600-15 |
|
| Designed for use in Cornell Ammonia Refrigeration
Pumps. |
| |
| H F C R
E F R I G E R A N T |
| CAMCO
Solest Series |
|
| A new line of polyol ester lubricants, that improves
performance of the HCF transition refrigerants. Refrigerants include MP-39, MP-66,
HP-80, HP-81, FX-10, 134A, 125, KLEA-60, AZ-50, FX-40, HP-62, AC-9000, AX-20,
KLEA-66 (replacing CFC-12 and CFC 502). |
| |
| C F C & H
C F C R E F R I G E R A N T S |
| CAMCO
Lenoil Series |
|
| These fluids are designed for use in all CFC and
HCFC applications. They offer additional miscibility over conventional mineral
oils, but do not have the excessive thinning that can be seen with alkyl benzene
based products. |
| CAMCO
Alkyl Series |
|
| This series of fluids are our alkyl benzene based
products. These are typically used in applications such as R-502 and low temperature
R-22 where additional miscibility is required. |
| CAMCO
RO-15 & RO-30 |
|
| This series are made from napthenic base crudes that
are highly refined to provide proper lubrication in refrigeration and air conditioning
compressors with various types of refrigerants. |
| CAMCO
4214 Series |
|
| Excellent thermal and chemical stability, natural
lubricity with HCFC refrigerants and good low temperature solubility. |
| CAMCO
Pale Oil 32 & 68 |
|
| Napthenic based lubricant for fluorocarbon refrigerants. |
| |
| P R O P
A N E & H Y D R O C A R B O N R
E F R I G E R A T I O N |
| CAMCO
PAG 16 Series |
(Formerly 1516 Series) |
| These are polyglycol based lubricants which will
resist dilution with hydrocarbon gases such as propane and butane, improving efficiency
and lubricating viscosity. |
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