Submersible On-Off Valves

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Directional Control Valves

Solenoid On/Off Valves

Valve Actuators

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Pipe Size

For Use With

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High-Pressure Washdown

Air Directional Control Valve Flow Pattern

Valve Function

Number of Solenoids

Thread Type

Maximum Pressure @ Temperature

Outlet Pipe Size

Body Material

Valve Type

Electrical Connection

Return Actuation

Valve Position

Inlet Thread Type

Hydraulic Valve Default Position

Closed

Open

P Closed, A and B Open to T

P Open to A, B Open to T

P Open to B, A Open to T

P Open to T, A and B Closed

Material

Electrical Connection Type

Hardwire

Plug In

DFARS Specialty Metals

Exempt

REACH

Compliant

Not Compliant

U.S.–Mexico–Canada Agreement (USMCA) Qualifying

Yes

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Compliant

Compliant with Exemptions

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Export Control Classification Number (ECCN)

EAR99

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About Actuated On/Off Valves

Choose the right automatic on/off valve based on power source, pressure, and flow rate.

Food Industry Solenoid On/Off Valves

Wire Lead

Connection

Add automated on/off control to food equipment with these valves that meet NSF/ANSI 169, which designates them as safe to use with food. They operate on electricity to automatically start and stop flow.

These valves are fail closed unless actuated. They don’t require a minimum pressure drop between the inlet and outlet for operation. Body is stainless steel for good corrosion resistance. The actuator is directly mounted to the valve body to minimize movement and reduce wear.

Flow Coefficient (Cv)—Flow coefficient (Cv) is the amount of water (in gallons per minute) at 60° F that will flow through a fully open valve with a difference of 1 psi between the inlet and the outlet.

Enclosure Rating—All IP- or NEMA-rated valves stand up to dust, washdowns, and splashing water. Environmental ratings only apply to the valve’s enclosure. NEMA 4X valves withstand corrosive liquid. NEMA 6 valves withstand temporary submersion.

										Mounting Holes
	Pipe Connection	Flow Coefficient (Cv)	Max. Pressure @ Temp.	Valve Type	Temp. Range, ° F	Seal Material	Valve Dia.	Overall Ht.	Mounting Fasteners Included	No. of	Thread Size	Enclosure Rating	Food Industry Std.		Each
430 Stainless Steel Body with Wire Lead Connection







				Fail Closed—12V DC

				1/8 NPT Female	0.075	325 psi @ 325° F	Zero Pressure Drop, Solenoid	0 to 325	Fluoroelastomer	1"	2 3/8"	No	2	8-32	IP68, NEMA 6	NSF/ANSI 169	5077T124	0000000


				1/8 NPT Female	0.156	175 psi @ 325° F	Zero Pressure Drop, Solenoid	0 to 325	Fluoroelastomer	1"	2 3/8"	No	2	8-32	IP68, NEMA 6	NSF/ANSI 169	5077T114	000000
				1/4 NPT Female	0.095	400 psi @ 325° F	Zero Pressure Drop, Solenoid	0 to 325	Fluoroelastomer	1 5/8"	2 7/8"	No	2	10-32	IP68, NEMA 6	NSF/ANSI 169	5077T144	000000




						Fail Closed—24V AC

						1/8 NPT Female	0.156	260 psi @ 325° F	Zero Pressure Drop, Solenoid	0 to 325	Fluoroelastomer	1"	2 3/8"	No	2	8-32	IP68, NEMA 6	NSF/ANSI 169	5077T112	000000




								Fail Closed—24V DC

								1/4 NPT Female	0.095	400 psi @ 325° F	Zero Pressure Drop, Solenoid	0 to 325	Fluoroelastomer	1 5/8"	2 7/8"	No	2	10-32	IP68, NEMA 6	NSF/ANSI 169	5077T143	000000




										Fail Closed—120V AC

										1/4 NPT Female	0.095	400 psi @ 325° F	Zero Pressure Drop, Solenoid	0 to 325	Fluoroelastomer	1 5/8"	2 7/8"	No	2	10-32	IP68, NEMA 6	NSF/ANSI 169	5077T141	000000

Compact Solenoid On/Off Valves for Coolant


Brass Body with DIN A Connection	Brass Body with DIN B Connection	Brass Body with DIN BI Connection

Reduce your pipeline footprint with these low-profile valves that are about half the size of standard valves for coolant. They operate on electricity to automatically start and stop flow.

Valves are fail closed unless actuated. They don’t require a minimum pressure drop between the inlet and outlet for operation. The actuator is directly mounted to the valve body to minimize movement and reduce wear.

Brass Body—Brass valves are more durable than acetal valves.

IP67 Enclosure Rating—IP67 valves are dust tight and protected from temporary submersion.

	Flow Coefficient (Cv)	Max. Pressure @ Temp.	Valve Type	Manual Override	Temp. Range, ° F	Seal Material	Valve Lg.	Overall Ht.	Enclosure Rating	Certification		Each
Brass Body with DIN A Connection







	Fail Closed—24V AC

	1/4	Female	NPT	0.35	218 psi @ 140° F	Zero Pressure Drop, Solenoid	No	32 to 266	Fluoroelastomer	1 11/16"	3 3/8"	IP67	CE Marked	4807T129	000000




			Fail Closed—24V DC

			1/4	Female	NPT	0.35	130 psi @ 140° F	Zero Pressure Drop, Solenoid	No	32 to 260	Fluoroelastomer	1 11/16"	3 3/8"	IP67	CE Marked	4807T138	00000


			Brass Body with DIN B Connection







							Fail Closed—24V AC

							1/8	Female	NPT	0.16	280 psi @ 140° F	Zero Pressure Drop, Solenoid	No	32 to 260	Fluoroelastomer	1 5/16"	2 3/4"	IP67	CE Marked	4807T118	00000


							Brass Body with DIN BI Connection







											Fail Closed—24V AC

											1/8	Female	NPT	0.21	102 psi @ 140° F	Zero Pressure Drop, Solenoid	No	32 to 266	Fluoroelastomer	1 5/16"	2 3/4"	IP67	CE Marked	4807T128	00000




													Fail Closed—120V AC

													1/8	Female	NPT	0.21	72 psi @ 140° F	Zero Pressure Drop, Solenoid	No	35 to 140	Fluoroelastomer	1 5/16"	2 5/8"	IP67	CE Marked	4807T125	00000

Hazardous Location Electrically Operated Air Directional Control Valves

These valves are rated for environments where hazardous material is present. Often used to extend and then retract a cylinder at different speeds, they create two actions and have two exhaust ports, which allows you to control the speed of each action by attaching a flow control valve to each exhaust port. They direct airflow from the inlet to your equipment and exhaust return airflow to create motion. Apply voltage to the electrical connection to actuate. Return actuation is by spring, so they go back to their original position when voltage is removed. Also known as 4-way valves.

Threaded Female Inlet × Threaded Female Outlet—Threaded Exhaust


Single Solenoid	Double Solenoid

5/3 (Closed Center) Flow Pattern—5/3 (closed center) valves close all ports in the off position to stop equipment in a locked position with air pressure holding it in place.

Flow Coefficient (Cv)—Flow coefficient (Cv) indicates how much airflow can pass through a valve.

Hazardous Location Rating—Hazardous location ratings indicate whether manufacturers have included safety features in products to facilitate their safe use in a hazardous environment. Before selecting a product for a hazardous location, ensure it is rated for your environment.

												Overall
	No. of Flow Ports	Inlet Size	Outlet Size	Max. Flow Rate @ 100 psi, scfm	Flow Coefficient (Cv)	Pressure Range, psi	Vacuum Rating, in. Hg	Hazardous Location Rating	Enclosure Rating	Voltage	Wire Connection	Lg.	Wd.	Ht.	Mounting Fasteners Included		Each
5/2 Flow Pattern







				Single Solenoid

				5	1/4 NPT	1/4 NPT	65.34	1.7	14 to 145	28	NEC Class I Divisions 1, 2 Groups A, B, C, D NEC Class II Divisions 1, 2 Groups E, F, G	NEMA 3S NEMA 6P NEMA 7 NEMA 9	24V DC	Wire Leads	6"	1"	2 7/8"	No	2992N11	0000000


				5	1/4 NPT	1/4 NPT	65.34	1.7	14 to 145	28	NEC Class I Divisions 1, 2 Groups A, B, C, D NEC Class II Divisions 1, 2 Groups E, F, G	NEMA 3S NEMA 6P NEMA 7 NEMA 9	120V AC	Wire Leads	6"	1"	2 7/8"	No	2992N12	000000


				5/3 (Closed Center) Flow Pattern







								Double Solenoid

								5	1/4 NPT	1/4 NPT	65.34	1.7	14 to 145	28	NEC Class I Divisions 1, 2 Groups A, B, C, D NEC Class II Divisions 1, 2 Groups E, F, G	NEMA 3S NEMA 6P NEMA 7 NEMA 9	24V DC	Wire Leads	9 3/8"	1"	2 7/8"	No	2992N13	000000


								5	1/4 NPT	1/4 NPT	65.34	1.7	14 to 145	28	NEC Class I Divisions 1, 2 Groups A, B, C, D NEC Class II Divisions 1, 2 Groups E, F, G	NEMA 3S NEMA 6P NEMA 7 NEMA 9	120V AC	Wire Leads	9 3/8"	1"	2 7/8"	No	2992N14	000000

Accessories for Valves

Manifolds

Manifolds are for single-solenoid, 24V DC valves.

	No. of					Overall
	Flow Ports	Inlet Ports	Exhaust Ports	Inlet Size	Exhaust Connection	Wd.	Ht.	Mount Type	Mounting Hole Dia.	Mounting Fasteners Included	Choose a Number of Stations		Each
Manifold Style 4



		6	2	4	3/8 NPTF	Threaded	2 3/4"	1 1/2"	Screw In	0.16"	No	2, 3, 4	6425K41	0000000


		6	2	4	3/8 NPTF	Threaded	2 3/4"	1 1/2"	Screw In	0.16"	No	5, 6, 8	6425K42	000000

For Manifold Style	Body Material		Each
4	Aluminum	6425K437	000000

Modular Air Directional Control Valves with Air and Electrical Manifolds

Complete System Shown with M12

Electrical Connection

Mix and match valve styles on one manifold to meet your control needs. Mount multiple valves to a manifold to reduce piping requirements and create multiple actions from a single pressure input. Add or remove valves as your needs change.

Manifolds

M12 Connection

Manifolds connect multiple valves to a common input pressure source and exhaust port.

IP67 Enclosure Rating—IP67 rated manifolds are dust tight and protected from temporary submersion.

			Number of Ports							Overall
	No. of Stations	No. of Flow Ports	Inlet	Outlet	Exhaust	For Inlet Tube OD	For Outlet Tube OD	Exhaust Connection	Voltage, V DC	Lg.	Wd.	Ht.	Mount Type	Body Material	For DIN Rail Size, mm	Mounting Fasteners Included		Each
Push-to-Connect Female Inlet × Push-to-Connect Female Outlet







				M12 (IP67)

				2	8	2	4	2	3/8"	1/4"	Push to Connect	24	4 3/4"	4 1/2"	3"	Screw In	Aluminum	35	Yes	2866N1	0000000


				4	12	2	8	2	3/8"	1/4"	Push to Connect	24	6"	4 1/2"	3"	Screw In	Aluminum	35	Yes	2866N201	00000000
				6	16	2	12	2	3/8"	1/4"	Push to Connect	24	7 1/4"	4 1/2"	3"	Screw In	Aluminum	35	Yes	2866N301	00000000
				8	20	2	16	2	3/8"	1/4"	Push to Connect	24	8 1/2"	4 1/2"	3"	Screw In	Aluminum	35	Yes	2866N401	00000000

Solenoid-Operated Block-Mount Hydraulic Directional Control Valves

Direct flow with an electronic signal. Use screws to attach to an NFPA valve-mounting block (each component sold separately).

In NFPA diagrams, P represents the pressure source, T represents the tank, and A and B represent work ports.

Single-Solenoid 4-Way Valves—2 Flow Positions (4/2 Valves)


	Style 1	Style 2	D03 Mounting Pattern

	Valves								Screws
	Style	NFPA Mounting Pattern	ISO Mounting Pattern	Max. Flow Rate, gpm	Max. Pressure, psi	Choose a Voltage, V DC		Each	Pkg. Qty.		Pkg.
Default Position P Open to A, B Open to T



		1	D03	03	20	5,000	12, 24	49995K49	0000000	4	1945N12	00000


		Default Position P Open to B, A Open to T



				2	D03	03	20	5,000	12, 24	49995K58	000000	4	1945N12	0000

Double-Solenoid 4 Way Valves—3 Flow Positions (4/3 Valves)


Style 3	Style 4	Style 5	Style 6

Style 7	Style 8	Style 9	Style 10

D03 Mounting Pattern	D08 Mounting Pattern

	Valves								Screws
	Style	NFPA Mounting Pattern	ISO Mounting Pattern	Max. Flow Rate, gpm	Max. Pressure, psi	Choose a Voltage, V DC		Each	Pkg. Qty.		Pkg.
Default Position Closed



		3	D03	03	20	5,000	12, 24	49995K5	0000000	4	1945N12	00000


		4	D08	08	160	5,000	12, 24	49995K27	00000000	6	1945N18	00000


		Default Position Open



				5	D03	03	20	5,000	12, 24	49995K6	000000	4	1945N12	0000


				6	D08	08	160	5,000	12, 24	49995K29	00000000	6	1945N18	00000


				Default Position P Closed, A and B Open to T



						7	D03	03	10	5,000	12, 24	49995K7	000000	4	1945N12	0000


						8	D08	08	160	5,000	12, 24	49995K47	00000000	6	1945N18	00000


						Default Position P Open to T, A and B Closed



								9	D03	03	15	5,000	12, 24	49995K8	000000	4	1945N12	0000


								10	D08	08	80	5,000	12, 24	49995K48	00000000	6	1945N18	00000

Replacement Solenoid Coils

	12V DC	24V DC	120V AC
D03	1956N12	0000000	1956N11	0000000	1956N33	0000000

Motor-Driven Flow-Adjustment Valve Actuators

Automatically start, stop, and adjust flow through valves. These actuators receive analog signals from a programmable logic controller (PLC) to regulate flow by controlling how far the valve opens and closes. They adhere to standard ISO 5211 dimensions for mounting to valves. Use valve stem adapters to mount actuators to smaller ISO 5211 valve stems.

To prevent electrical burnout from excessive and unexpected loads, these actuators have a torque limiter. They also have a manual override, so you can continue to operate the actuator during power outages. If power is lost, the actuator will remain in its current position. This is known as fail in place. They also have single pole, double throw (SPDT) auxiliary switches, which allow you to connect these actuators to temperature-monitoring equipment, PLCs, or conveyor sirens. A flow indicator on the top of the actuator shows whether the valve is open or closed. To prevent motor damage from condensation buildup, an internal heater will automatically turn on when the valve is actuated.

Rated IP68 and NEMA 4X, these actuators protect against dust, submersion, and washdown.

	Actuation Time, sec.	Specs. Met	ISO Actuator Mounting Pattern	For Stem Size, mm	Housing Material	Freq., Hz	Wire Connection	Temp. Range, ° F	Input Analog Signal	Lg.	Wd.	Ht.	Enclosure Rating		Each
100-240V AC—Fail in Place



	150	9	ISO 5211	F03, F05	11	Aluminum	50, 60	Screw Terminal	0 to 130	4 mA to 20 mA, 0V DC to 10V DC	6 1/8"	5 3/8"	7"	IP68, NEMA 4X	4328N11	0000000


	530	9	ISO 5211	F07, F10	14	Aluminum	50, 60	Screw Terminal	0 to 130	4 mA to 20 mA, 0V DC to 10V DC	7 3/4"	6 15/16"	8 5/8"	IP68, NEMA 4X	4328N13	00000000
	1,680	27	ISO 5211	F07, F10	17	Aluminum	50, 60	Screw Terminal	0 to 130	4 mA to 20 mA, 0V DC to 10V DC	10 5/8"	10 7/16"	12 5/16"	IP68, NEMA 4X	4328N15	00000000


	24V AC, 24V DC—Fail in Place



			150	9	ISO 5211	F03, F05	11	Aluminum	50, 60	Screw Terminal	0 to 130	4 mA to 20 mA, 0V DC to 10V DC	6 1/8"	5 3/8"	7"	IP68, NEMA 4X	4328N12	000000


			530	9	ISO 5211	F07, F10	14	Aluminum	50, 60	Screw Terminal	0 to 130	4 mA to 20 mA, 0V DC to 10V DC	7 3/4"	6 15/16"	8 5/8"	IP68, NEMA 4X	4328N14	00000000
			1,680	27	ISO 5211	F07, F10	17	Aluminum	50, 60	Screw Terminal	0 to 130	4 mA to 20 mA, 0V DC to 10V DC	10 5/8"	10 7/16"	12 5/16"	IP68, NEMA 4X	4328N16	00000000

High-Pressure Washdown Electrically Operated Air Directional Control Valves

IP69K, these valves withstand high-pressure, high-temperature washdowns. Their smooth design also keeps out dust, dirt, and contaminants, so they're easy to keep clean. Apply voltage to the electrical connection to actuate. They direct airflow from the inlet to your equipment and exhaust return airflow to create motion.

Threaded Female Inlet × Threaded Female Outlet—Threaded Exhaust

Image of Product. Front orientation. Directional Control Valves. High-Pressure Washdown Electrically Operated Air Directional Control Valves .

Spring Return—Valves with spring return actuation go back to their original position when voltage is removed.

Solenoid Return—Valves with solenoid return actuation go back to their original position when voltage is moved from the first solenoid to the second solenoid.

3 Way—3-way valves create one action, such as extending a cylinder.

4 Way—4-way valves create two actions, such as extending and then retracting a double-acting cylinder.

5/3 (Closed Center) Flow Pattern—5/3 (closed center) valves close all ports in the off position to stop equipment in a locked position with air pressure holding it in place.

2 Exhaust Ports—Valves with two exhaust ports allow you to independently control the speed of two different actions. Connect a flow control valve to each exhaust port.

Flow Coefficient (Cv)—Flow coefficient (Cv) indicates how much airflow can pass through a valve.

										Overall, mm
	Air Directional Control Valve Type	Air Directional Control Valve Flow Pattern	No. of Flow Ports	No. of Exhaust Ports	Max. Flow Rate @ 100 psi, scfm	Flow Coefficient (Cv)	Pressure Range, psi	Vacuum Rating, in. Hg	Voltage, V DC	Lg.	Wd.	Ht.		Each
Single Solenoid—Spring Return



		3 Way	3/2	3	1	25.11	0.711	-13 to 145	26.5	24	190.5	34.9	68.58	2963N12	0000000


		4 Way	5/2	5	2	25.11	0.711	-13 to 145	26.5	24	190.5	34.9	68.58	2963N13	000000
		4 Way	5/3 (Closed Center)	5	2	25.11	0.711	-13 to 145	26.5	24	190.5	34.9	68.58	2963N17	000000


		Double Solenoid—Solenoid Return



				4 Way	5/2	5	2	25.11	0.711	-13 to 145	26.5	24	189.0	34.6	69.40	2963N15	000000

Push-to-Connect Female Inlet × Push-to-Connect Female Outlet—Push-to-Connect Exhaust

Spring Return—Valves with spring return actuation go back to their original position when voltage is removed.

Solenoid Return—Valves with solenoid return actuation go back to their original position when voltage is moved from the first solenoid to the second solenoid.

3 Way—3-way valves create one action, such as extending a cylinder.

4 Way—4-way valves create two actions, such as extending and then retracting a double-acting cylinder.

5/3 (Closed Center) Flow Pattern—5/3 (closed center) valves close all ports in the off position to stop equipment in a locked position with air pressure holding it in place.

2 Exhaust Ports—Valves with two exhaust ports allow you to independently control the speed of two different actions. Connect a flow control valve to each exhaust port.

Flow Coefficient (Cv)—Flow coefficient (Cv) indicates how much airflow can pass through a valve.

												Overall, mm
	Air Directional Control Valve Type	Air Directional Control Valve Flow Pattern	No. of Flow Ports	No. of Exhaust Ports	For Inlet Tube OD, mm	For Outlet Tube OD, mm	Max. Flow Rate @ 100 psi, scfm	Flow Coefficient (Cv)	Pressure Range, psi	Vacuum Rating, in. Hg	Voltage, V DC	Lg.	Wd.	Ht.		Each
Single Solenoid—Spring Return



		3 Way	3/2	3	1	8	8	25.11	0.711	-13 to 145	26.5	24	190.5	34.9	76.2	2963N11	0000000


		4 Way	5/2	5	2	8	8	25.11	0.711	-13 to 145	26.5	24	190.5	34.9	76.2	2963N14	000000
		4 Way	5/3 (Closed Center)	5	2	8	8	25.11	0.711	-13 to 145	26.5	24	190.5	34.9	76.2	2963N18	000000


		Double Solenoid—Solenoid Return



				4 Way	5/2	5	2	8	8	25.11	0.711	-13 to 145	26.5	24	190.5	34.9	76.2	2963N16	000000

Motor-Driven Valve Actuators

Use electricity to start and stop flow to valves automatically. They adhere to standard ISO 5211 dimensions for mounting to valves. Use valve stem adapters to mount actuators to smaller ISO 5211 valve stems.

To prevent electrical burnout from excessive and unexpected loads, these actuators have a torque limiter. They also have a manual override, so you can continue to operate the actuator during power outages. These actuators have single pole, double throw (SPDT) auxiliary switches, which allow you to connect them to temperature-monitoring equipment, programmable logic controllers (PLCs), or conveyor sirens. A flow indicator on the top of the actuator shows whether the valve is open or closed. When the valve is actuated, an internal heater will automatically turn on to prevent motor damage from condensation buildup.

Fail Closed—Fail-closed actuators have a battery that will switch the actuator to the closed position if power is lost, protecting downstream equipment from excessive pressure.

Fail in Place—Fail-in-place actuators will remain in their current position if power is lost.

Nylon Housing—Nylon actuators resist cleaners and other chemicals better than aluminum actuators. IP and NEMA rated, they protect against dust and washdowns.

Aluminum Housing—Aluminum actuators stand up to impact better than nylon actuators. They are IP and NEMA rated, so they protect against dust, washdowns, and have the highest rating for submersion.

IP67 Enclosure Rating—IP67-rated actuators also keep out water when submerged.

	Actuation Time, sec.	Specs. Met	ISO Actuator Mounting Pattern	For Stem Size, mm	Housing Material	Freq., Hz	Wire Connection	Temp. Range, ° F	Lg.	Wd.	Ht.	Enclosure Rating		Each
100-240V AC—Fail in Place



	150	9	ISO 5211	F03, F05	11	Aluminum	50, 60	Screw Terminal	0 to 130	6 1/8"	5 3/8"	7"	IP68, NEMA 4X	4333N17	0000000


	530	9	ISO 5211	F05, F07	14	Nylon	50, 60	Screw Terminal	0 to 130	8 7/16"	7 1/4"	8 7/16"	IP67, NEMA 4X	4333N13	000000
	530	9	ISO 5211	F07, F10	14	Aluminum	50, 60	Screw Terminal	0 to 130	7 3/4"	6 15/16"	8 5/8"	IP68, NEMA 4X	4333N19	000000
	1,680	27	ISO 5211	F07, F10	17	Nylon	50, 60	Screw Terminal	0 to 130	9 5/16"	8 5/16"	9 1/8"	IP67, NEMA 4X	4333N15	000000
	1,680	27	ISO 5211	F07, F10	17	Aluminum	50, 60	Screw Terminal	0 to 130	10 5/8"	10 7/16"	12 5/16"	IP68, NEMA 4X	4333N22	00000000


	100-240V AC—Fail Closed



			150	9	ISO 5211	F03, F05	11	Aluminum	50, 60	Screw Terminal	0 to 130	6 1/8"	5 3/8"	7"	IP68, NEMA 4X	4333N24	00000000


			530	9	ISO 5211	F07, F10	14	Aluminum	50, 60	Screw Terminal	0 to 130	7 3/4"	6 15/16"	8 5/8"	IP68, NEMA 4X	4333N26	00000000
			1,680	27	ISO 5211	F07, F10	17	Aluminum	50, 60	Screw Terminal	0 to 130	10 5/8"	10 7/16"	12 5/16"	IP68, NEMA 4X	4333N28	00000000


			24V AC, 24V DC—Fail in Place



					150	9	ISO 5211	F03, F05	11	Aluminum	50, 60	Screw Terminal	0 to 130	6 1/8"	5 3/8"	7"	IP68, NEMA 4X	4333N18	000000


					530	9	ISO 5211	F05, F07	14	Nylon	50, 60	Screw Terminal	0 to 130	8 7/16"	7 1/4"	8 7/16"	IP67, NEMA 4X	4333N14	000000
					530	9	ISO 5211	F07, F10	14	Aluminum	50, 60	Screw Terminal	0 to 130	7 3/4"	6 15/16"	8 5/8"	IP68, NEMA 4X	4333N21	000000
					1,680	27	ISO 5211	F07, F10	17	Nylon	50, 60	Screw Terminal	0 to 130	9 5/16"	8 5/16"	9 1/8"	IP67, NEMA 4X	4333N16	000000
					1,680	27	ISO 5211	F07, F10	17	Aluminum	50, 60	Screw Terminal	0 to 130	10 5/8"	10 7/16"	12 5/16"	IP68, NEMA 4X	4333N23	00000000


					24V AC, 24V DC—Fail Closed



							150	9	ISO 5211	F03, F05	11	Aluminum	50, 60	Screw Terminal	0 to 130	6 1/8"	5 3/8"	7"	IP68, NEMA 4X	4333N25	000000


							530	9	ISO 5211	F07, F10	14	Aluminum	50, 60	Screw Terminal	0 to 130	7 3/4"	6 15/16"	8 5/8"	IP68, NEMA 4X	4333N27	00000000
							1,680	27	ISO 5211	F07, F10	17	Aluminum	50, 60	Screw Terminal	0 to 130	10 5/8"	10 7/16"	12 5/16"	IP68, NEMA 4X	4333N29	00000000

	12V DC		24V DC		120V AC
For NFPA Mounting Pattern		Each		Each		Each
D03	1956N12	0000000	1956N11	0000000	1956N33	0000000