Ransburg No. 2 Air Motor Atex Approved Unit 80086-XX - Manual (Page 28)

AH AH AH AH----12 12 12 12----01.03 No. 2 Air Motor Handgun 01.03 No. 2 Air Motor Handgun 01.03 No. 2 Air Motor Handgun 01.03 No. 2 Air Motor Handgun 28 28 28 28
MAINTENANCE MAINTENANCE MAINTENANCE MAINTENANCE
EFFECTS OF SOLVENTS EFFECTS OF SOLVENTS EFFECTS OF SOLVENTS EFFECTS OF SOLVENTS
No. 2 Handgun Bells No. 2 Handgun Bells No. 2 Handgun Bells No. 2 Handgun Bells
Do Not Soak Do Not Soak Do Not Soak Do Not Soak the No. 2 Handgun Bells in any the No. 2 Handgun Bells in any the No. 2 Handgun Bells in any the No. 2 Handgun Bells in any
solvent. Soaking will deteriorate the bell’s per- solvent. Soaking will deteriorate the bell’s per- solvent. Soaking will deteriorate the bell’s per- solvent. Soaking will deteriorate the bell’s per-
formance and void warranty.
formance and void warranty. formance and void warranty. formance and void warranty.
Comprehensive testing conducted on the No. 2
Comprehensive testing conducted on the No. 2 Comprehensive testing conducted on the No. 2 Comprehensive testing conducted on the No. 2
Handgun bells has determined the effect of
Handgun bells has determined the effect of Handgun bells has determined the effect of Handgun bells has determined the effect of
cleaning bells in different solvents. The follow-
cleaning bells in different solvents. The follow- cleaning bells in different solvents. The follow- cleaning bells in different solvents. The follow-
ing will serve as a guideline for solvents select-
ing will serve as a guideline for solvents select- ing will serve as a guideline for solvents select- ing will serve as a guideline for solvents select-
ed for cleaning No. 2 Handgun bells.
ed for cleaning No. 2 Handgun bells. ed for cleaning No. 2 Handgun bells. ed for cleaning No. 2 Handgun bells.
•
No. 2 Handgun bells should never be No. 2 Handgun bells should never be No. 2 Handgun bells should never be No. 2 Handgun bells should never be
soaked in any solvent. Soaking will effect
soaked in any solvent. Soaking will effect soaked in any solvent. Soaking will effect soaked in any solvent. Soaking will effect
the electrical properties of the bell and pro-
the electrical properties of the bell and pro- the electrical properties of the bell and pro- the electrical properties of the bell and pro-
duce poor spray performance. Soaking will
duce poor spray performance. Soaking will duce poor spray performance. Soaking will duce poor spray performance. Soaking will
also void any warranty of the bell.
also void any warranty of the bell. also void any warranty of the bell. also void any warranty of the bell.
Cleaning of the No. 2 Handgun bell with any of
Cleaning of the No. 2 Handgun bell with any of Cleaning of the No. 2 Handgun bell with any of Cleaning of the No. 2 Handgun bell with any of
the following solvents will have a harmful the following solvents will have a harmful the following solvents will have a harmful the following solvents will have a harmful
effect on the bell's conductivity.
effect on the bell's conductivity. effect on the bell's conductivity. effect on the bell's conductivity.
∗
Methyl Ethyl Ketone [MEK] (141 Methyl Ethyl Ketone [MEK] (141 Methyl Ethyl Ketone [MEK] (141 Methyl Ethyl Ketone [MEK] (141----78 78 78 78----6) 6) 6) 6)
∗ Acetone (67 Acetone (67 Acetone (67 Acetone (67----64 64 64 64----1) 1) 1) 1)
∗ Methylene Chloride (75 Methylene Chloride (75 Methylene Chloride (75 Methylene Chloride (75----09 09 09 09----2) 2) 2) 2)
∗
“Lacquer Thinner” “Lacquer Thinner” “Lacquer Thinner” “Lacquer Thinner”
∗ “Epoxy Reducers” that contain Ke- “Epoxy Reducers” that contain Ke- “Epoxy Reducers” that contain Ke- “Epoxy Reducers” that contain Ke-
tones
tones tones tones
NOTE NOTE NOTE NOTE
Acetone has become a very popular Acetone has become a very popular Acetone has become a very popular Acetone has become a very popular
solvent of use because of it's EPA sta- solvent of use because of it's EPA sta- solvent of use because of it's EPA sta- solvent of use because of it's EPA sta-
tus. This solvent should be avoided
tus. This solvent should be avoided tus. This solvent should be avoided tus. This solvent should be avoided
when working with the No. 2 Handgun.
when working with the No. 2 Handgun. when working with the No. 2 Handgun. when working with the No. 2 Handgun.
It not only effects the bell performance,
It not only effects the bell performance, It not only effects the bell performance, It not only effects the bell performance,
but also has a very low flash point (
but also has a very low flash point ( but also has a very low flash point ( but also has a very low flash point (----20 20 20 20 o o o o
C, C, C, C, ----4 4 4 4° F). No. 2 Handgun bells should F). No. 2 Handgun bells should F). No. 2 Handgun bells should F). No. 2 Handgun bells should
NOT be cleaned in it and the use of NOT be cleaned in it and the use of NOT be cleaned in it and the use of NOT be cleaned in it and the use of
coatings containing Acetone should be
coatings containing Acetone should be coatings containing Acetone should be coatings containing Acetone should be
avoided.
avoided. avoided. avoided.
•
Some solvent blends containing Glycol Some solvent blends containing Glycol Some solvent blends containing Glycol Some solvent blends containing Glycol
Ether will not effect the electrical conductivi-
Ether will not effect the electrical conductivi- Ether will not effect the electrical conductivi- Ether will not effect the electrical conductivi-
ty of the No. 2 Handgun bell, but do cause a
ty of the No. 2 Handgun bell, but do cause a ty of the No. 2 Handgun bell, but do cause a ty of the No. 2 Handgun bell, but do cause a
problem with pattern size, Glycol Ethers
problem with pattern size, Glycol Ethers problem with pattern size, Glycol Ethers problem with pattern size, Glycol Ethers
leaves a conductive residue on the insulat-
leaves a conductive residue on the insulat- leaves a conductive residue on the insulat- leaves a conductive residue on the insulat-
ing hub of the bell, which leaks voltage from
ing hub of the bell, which leaks voltage from ing hub of the bell, which leaks voltage from ing hub of the bell, which leaks voltage from
the rim across the probe of the bell. This re-
the rim across the probe of the bell. This re- the rim across the probe of the bell. This re- the rim across the probe of the bell. This re-
sults in an enlarged center hole pattern and
sults in an enlarged center hole pattern and sults in an enlarged center hole pattern and sults in an enlarged center hole pattern and
decreased atomization. Some of the sol-
decreased atomization. Some of the sol- decreased atomization. Some of the sol- decreased atomization. Some of the sol-
vents are:
vents are: vents are: vents are:
∗
Butyl Cellosolve (111 Butyl Cellosolve (111 Butyl Cellosolve (111 Butyl Cellosolve (111----76 76 76 76----2) 2) 2) 2)
∗
Methyl Cellosolve (109 Methyl Cellosolve (109 Methyl Cellosolve (109 Methyl Cellosolve (109----86 86 86 86----4) 4) 4) 4)
∗
Ethyl Cellosolve (110 Ethyl Cellosolve (110 Ethyl Cellosolve (110 Ethyl Cellosolve (110----80 80 80 80----5) 5) 5) 5)
•
To avoid problems with atomization and To avoid problems with atomization and To avoid problems with atomization and To avoid problems with atomization and
achieve the maximum length of life for
achieve the maximum length of life for achieve the maximum length of life for achieve the maximum length of life for
the bells, the solvents suggested for
the bells, the solvents suggested for the bells, the solvents suggested for the bells, the solvents suggested for
cleaning (not soaking) are:
cleaning (not soaking) are: cleaning (not soaking) are: cleaning (not soaking) are:
∗
Toluene (108 Toluene (108 Toluene (108 Toluene (108----88 88 88 88----3) 3) 3) 3)
∗ Xylene (1330 Xylene (1330 Xylene (1330 Xylene (1330----02 02 02 02----07) 07) 07) 07)
∗
Mineral Spirits Mineral Spirits Mineral Spirits Mineral Spirits
∗ Solvesso Solvesso Solvesso Solvesso----100 100 100 100
∗ Solvesso Solvesso Solvesso Solvesso----150 150 150 150