61SA Nut with Captive Sleeve
(9)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
62SA Union (Compression x Compression)
(9)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
62RSA Reducing Union (Compression x Compression)
(8)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
64SA Tee (Compression Three Ends)
(9)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
64RSA Reducing Tee (Compression Three Ends)
(8)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
65SA Elbow (Compression x Compression)
(9)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
65RSA Reducing Elbow (Compression x Compression)
(4)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
66SA Female Coupling (Compression x Female Pipe)
(26)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
66SSA Sweat Adapter (Compression x Sweat Adapter)
Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
68SA Connector (Compression x Male Pipe)
(23)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
68TSA Tank Connector (Compression x Male Pipe)
(8)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
69SSA Tank Connector (Compression x Sweat Elbow)
Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
70DESA Drop Ear Elbow (Compression x Female Pipe)
Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
70SA Elbow (Compression x Female Pipe)
(20)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
71SA Tee (Compression x Male Pipe)
(14)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
72SA Tee (Compression x Male Pipe)
(16)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
75SA Tee (Compression x Male Pipe x Female Pipe)
(2)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
76SA Tee (Compression x Female Pipe x Male Pipe)
(5)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
77SA Tee (Compression x Male Pipe x Male Pipe)
Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
78SA Tee (Compression x Female Pipe)
(8)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
79SA Tee (Male Pipe x Compression)
Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
60IS In Line Sleeve
(7)Features:
• Sleeve and nut permanently attached
• Sleeve is visible after installation, helping to eliminate misaligned sleeves
• Two piece construction – nut and body
• Use with copper, brass, aluminum, or plastic tubing (plastic requires insert 61P)
• –65° to +250° F. temperature range
• Quicker assembly than flare or regular compression
• Better vibration resistance than regular compression fittings
• Can be used anywhere a regular compression fitting is used, especially when installation may be difficult
To Assemble:
1. Cut smooth, square end on tubing
2. Slide nut over tube, threads facing end
3. Insert tube into fitting
4. Thread nut onto fitting until snug, then one more turn
