Open Tank, Types D and G

Class 9036 / Refer to Catalog 9034CT9701

Open Tank or Sump Applications

Type DG2

Type GG


File No. E12158
File No. E12443
Haz Loc


File LR25490
File LR26817
Haz Loc

Ambient temperature ratings: Min. -30 °C (-22 °F); Max. +105 °C (+220 °F).

For accessories, refer to Accessories for Float Switches.

Class 9036, 2-Pole, Single Lever Operated

Contact Operation

NEMA 1

NEMA 4

NEMA 7, 9

Catalog No.

Catalog No.

Catalog No.

Close on liquid rise

9036DG2

9036DW31

9036DR31

Open on liquid rise

9036DG2R

9036DW31R

9036DR31R

Close on liquid rise

9036GG2

9036GW1

9036GR1

Open on liquid rise

9036GG2R

9036GW1R

9036GR1R

Order the universal mounting bracket and float accessory kits separately from the Class 9049 Accessories section on Accessories for Float Switches. Types GW and GR use a center-hole float. Devices with Form C use a center-hole float. All others use a tapped-at-top float.

Modifications [1]

Description

Factory Installed

Field Installed

Form

Class 9049 Kit

Types DG, DW, DR

Reverse action (Type DG)

R 

9049A58

Compensating spring (Type DG)

C 

9049A19

Compensating spring (Type DR, DW)

C 

9049A20

Compensating spring and reverse action

CR

Not available

Types GG, GW, GR

Compensating spring for Type GG2

C 

9049A13

Combination of compensating spring and reverse action (Type GG2)

CR

9049A13

1 N.O., 1 N.C. contact configuration

H 

Not available

Combination of comp. spring & 1 N.O., 1 N.C. contact for Type GG2

CH

Not available

Reverse action (Type GR, GW)

R 

Not available

Class 9049 Float Accessory Specifications (oz)

Item

Type A6

Type A6S

Type A6C

Type A6CS

Type A6A

Type A6CA

Net buoyancy[2] (in water) 7" float

60[3]

60[3]

70[3]

70[3]

60[3]

70[3]

Weight of 5 ft rod

18.5

16.9

18.5

16.9

 6

 6

Weight of extra ft of rod (per ft)

 3.7

 3.4

 3.7

 3.4

 1.2

 1.2

Total weight of stops

 3 (2 stops)

 3 (2 stops)

 6 (4 stops)

 6 (4 stops)

 3 (2 stops)

 6 (4 stops)

Maximum Forces at Which Switches Are Tested (oz)

Type

Force Up To Trip

Force Down To Trip

Weight Supported with Compensating Spring

Type (with or without Form H)

Lever Length Position

Force Up
to Trip

Force Down
to Trip

Weight Supported with Compensating Spring at Max. Adjustment (oz)

DG2

9

8

60

 

GG2

Short

33

39

[4]

DG2 Form R

8

8

60

GG2

Long

21

27

100

DW31

8

8

66

GG2 Form R

Short

30

24

[4]

DW31 Form R

8

8

66

GG2 Form R

Long

22

16

150

DR31

8

8

66

GR1, GW1

Short

24

31

 80

DR31 Form R

8

8

66

GR1, GW1

Medium

22

29

 72

GR1, GW1

Long

20

27

 64

 

Type DG Dimensions

Type GG Dimensions


Float lever travel between closing and opening of contacts: short = 1 in. (25 mm), medium = 1.12 (28 mm), long = 1.25 in. (31.8)

For Type DR/DW dimensions, see catalog 9034CT9701.

For Type GR/GW dimensions, see catalog 9034CT9701.

Electrical Ratings for All Float Switches

Applies to Class and Type

Control Circuit

Single Phase AC

Polyphase AC [5]

DC

115 V

230 V

460/ 575 V

115 V

230 V

460/ 575 V

32 V

115 V

230 V

9036DG, DR, DW (2-pole), FG

A600

2 hp

3 hp

3 hp

5 hp

1 hp

1/4 hp

1/2 hp

1/2 hp

9036GG, GR, GW (2-pole)

A600

2 hp

3 hp

5 hp

3 hp

5 hp

5 hp

1/2 hp

1 hp

1 hp

9036G Form H (1 N.O., 1 N.C.)

A300

1 hp

2 hp

2 hp

1/2 hp

1/2 hp

9037EG, ER, EW; HG, HR, HW (2-pole)

A600

2 hp

3 hp

3 hp

5 hp

1 hp

1/4 hp

1/2 hp

1/2 hp

9038 All Devices (2-pole)

A600

2 hp

3 hp

3 hp

5 hp

1 hp

1/4 hp

1/2 hp

1/2 hp



Footnotes

  1. Some product configurations are not available—contact your Schneider Electric representative for details.
  2. Buoyancy data is calculated for use in water. Consult factory for buoyancy data in media with a different specific gravity than water.
    When ordering float accessories, first specify the desired float accessory package, such as 9049A6 or 9049A6CS, then as a second item give the number of additional rod kits required. For example, for a 9049A6 with 15 ft of rod, order as follows:
    Item A = 9049A6, quantity = 1; Item B = 9049T1, quantity = 4.
  3. Net buoyancy of float has been calculated with float 80% submerged, thus allowing 20% factor of safety.
  4. Compensating spring not effective in combination with Short lever length position.
  5. See 1993 NEC Article 430-84

Was this helpful?