200RB 2 F 2 200RB 2 F 3 200RB 2 T 2 200RB 2 T 3 200RB 3 F 2 200RB 3 F 3 200RB 3 F 4 200RB 3 T 2 200RB 3 T 3 200RB 3 T 4 200RB 4 F 3 200RB 4 P 3 200RB 4 S 3 200RB 4 S 4 200RB 4 T 3 200RB 4 T 4 200RB 4 T 5 200RB 5 F 4 200RB 5 F 5 200RB 5 S 4 200RB 5 S 5 200RB 5 T 3 200RB 5 T 4 200RB 5 T 5 200RB 6 F 4 200RB 6 F 5 200RB 6 P 3 200RB 6 S 4 200RB 6 S 5 200RB 6 T 4 200RB 6 T 5 200RB 7 S 5 200RB 7 T 4 200RB 7 T 5 200RB 7 T 7 200RB 9 T 5 200RB 9 T 7 200RB 9 T 9 200RB 12 T 7 200RB 12 T 9
Add “T” to the end of description for Mounting Stud 2 Add “M” to the end of the description for Manual Stem 1
2004FC-118 R13 (01/14)
R-12
R-134a
R-22
R-407C
R-404A/R-507
R-502
2.3 (8.1)
2.7 (9.5)
3.6 (12.7)
3.4 (12.0)
1.9 (6.7)
1.9 (6.7)
3.0 (10.6)
3.6 (12.7)
4.8 (16.9)
4.5 (15.8)
2.5 (8.8)
2.6 (9.1)
5.0 (17.6)
6.0 (21.1)
8.0 (28.1)
7.5 (26.4)
4.2 (14.8)
4.2 (14.8)
5.2 (18.3)
6.2 (21.8)
8.2 (28.8)
7.7 (27.1)
4.3 (15.1)
4.5 (15.8)
6.0 (21.1)
7.2 (25.3)
9.5 (33.4)
8.9 (31.3)
5.0 (17.6)
5.1 (17.9)
10.8 (38.0)
12.7 (44.7)
17.0 (59.8)
16.2 (57.0)
9.1 (32.0)
9.2 (32.4)
19.6 (68.9)
23.6 (83.0)
30.5 (107.3)
29.0 (102.0)
16.4 (57.7)
16.2 (57.0)
22.5 (79.1)
27.1 (95.3)
34.9 (122.7)
33.2 (116.8)
18.8 (66.1)
18.5 (65.1)
Capacities based on 100°F liquid and 40°F saturated evaporator per ARI standard 760-87. All ratings are based on largest connection size. *See Extended Capacity Tables for ratings at a wide range of conditions.
SOL 5
Emerson Climate Technologies
200RB
Solenoid Valves & Coils
Ordering Information and Nominal Liquid Capacity Table for Bi-Flow Solenoids - Tons (kW) Standard Valve 009689 009690 009692 009693 009694
PCN Mounting Stud
Manual Stem
------
------
Description
Connection Size
200RB GS-1925 3 T 3 200RB GS-1926 4 T 3 200RB GS-1928 5 T 4 200RB GS-1929 5 T 5 200RB GS-1930 6 T 5
Standard 200RB uni-directional valves can be converted to Bi-Flow operation by replacing the internal parts with the components in kit KS30387 (PCN 066224). Unlike the standard valve which permits flow in one direction only when energized, the Bi-Flow version allows the valve to flow in either direction, depending on differential pressures, when energized. If the valve is not energized when flowing in the reverse direction, valve “flutter” will occur. Also, with the valve de-energized, a higher downstream pressure than upstream (back-flow) will force the valve open. NOTE: A 200RB7, 200RB9 and 200RB12 cannot be converted to a Bi-Flow valve. 2004FC-118 R13 (01/14)