Y3H2 Enclosure with aluminum body, and plastic cover with transparent window, for immersion heater or solid state relays (SSR) controls-1

Y3H2 Enclosure with aluminum body, and plastic cover with transparent window, for immersion heater or solid state relays (SSR) controls-2

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Aluminum enclosure, with PA66 cover and transparent PC window, for immersion heater or solid state relays (SSR) controls, Y3H2

– The rear side has fins to cool the solid state relays
– Size compatible with 3-pole static relay or 4 single pole solid state relays
– Includes slides for printed circuits

Dimensions	95 × 132 × 182 mm
Ingress protection	IP69K
Housing raw material	Aluminum, PA66, PC
Volume (cm³)	2010

SKU: Y3H2 Categories: Metallic housings, Immersion heater housings Tags: IK10, immersion heater, PA66, enclosure, IP69K, PC, Aluminium, transparent cover, SSR, Solid state relays

Red dimensions inside rectangular frames on drawings are used for accessories assembly.

Main features

Enclosure with aluminum body, and plastic cover with transparent window, for immersion heater or solid state relays (SSR) controls
– The rear side has fins to cool the solid state relays
– Size compatible with 3-pole static relay or 4 single pole solid state relays
– Includes slides for printed circuits
– The 96x132mm face can receive piercing for 1 “1/4, 1” 1/2 and M45x2 fittings, double thread and inner nut, or single twist ring thread
– Output from one, two or three M20 or M25 cable glands on 182 x 96mm faces

Size: 95 x 132 x 182mm

Volume: 2010 cm³

Material: Aluminium with black PA66 cover and transparent polycarbonate window

Ingress protection: IP69K

Mechanical impact resistance: IK10

Main references

Show references

A (mm)	B (mm)	C (mm)	Not painted	Painted
0	0	0	Y3H2000000000007	Y3H200000000000G
0	20	0	Y3H2000012000007	Y3H200001200000G
0	20	20	Y3H2000022000007	Y3H200002200000G
0	25	0	Y3H2000012500007	Y3H200001250000G
0	25	25	Y3H2000022500007	Y3H200002250000G
0	M20*1.5	0	Y3H200001T000007	Y3H200001T00000G
0	M20*1.5	M20*1.5	Y3H200002T000007	Y3H200002T00000G
0	M25*1.5	0	Y3H200001T500007	Y3H200001T50000G
0	M25*1.5	M25*1.5	Y3H200002T500007	Y3H200002T50000G
45	0	0	Y3H2450000000007	Y3H245000000000G
45	20	0	Y3H2450012000007	Y3H245001200000G
45	20	20	Y3H2450022000007	Y3H245002200000G
45	25	0	Y3H2450012500007	Y3H245001250000G
45	25	25	Y3H2450022500007	Y3H245002250000G
45	M20*1.5	0	Y3H245001T000007	Y3H245001T00000G
45	M20*1.5	M20*1.5	Y3H245002T000007	Y3H245002T00000G
45	M25*1.5	0	Y3H245001T500007	Y3H245001T50000G
45	M25*1.5	M25*1.5	Y3H245002T500007	Y3H245002T50000G
50	0	0	Y3H2500000000007	Y3H250000000000G
50	20	0	Y3H2500012000007	Y3H250001200000G
50	20	20	Y3H2500022000007	Y3H250002200000G
50	25	0	Y3H2500012500007	Y3H250001250000G
50	25	25	Y3H2500022500007	Y3H250002250000G
50	M20*1.5	0	Y3H250001T000007	Y3H250001T00000G
50	M20*1.5	M20*1.5	Y3H250002T000007	Y3H250002T00000G
50	M25*1.5	0	Y3H250001T500007	Y3H250001T50000G
50	M25*1.5	M25*1.5	Y3H250002T500007	Y3H250002T50000G
M45*2	0	0	Y3H2M45000000007	Y3H2M4500000000G
M45*2	20	0	Y3H2M45012000007	Y3H2M4501200000G
M45*2	20	20	Y3H2M45022000007	Y3H2M4502200000G
M45*2	25	0	Y3H2M45012500007	Y3H2M4501250000G
M45*2	25	25	Y3H2M45022500007	Y3H2M4502250000G
M45*2	M20*1.5	0	Y3H2M4501T000007	Y3H2M4501T00000G
M45*2	M20*1.5	M20*1.5	Y3H2M4502T000007	Y3H2M4502T00000G
M45*2	M25*1.5	0	Y3H2M4501T500007	Y3H2M4501T50000G
M45*2	M25*1.5	M25*1.5	Y3H2M4502T500007	Y3H2M4502T50000G
1½”BSPP	0	0	Y3H2BA2000000007	Y3H2BA200000000G
1½”BSPP	20	0	Y3H2BA2012000007	Y3H2BA201200000G
1½”BSPP	20	20	Y3H2BA2022000007	Y3H2BA202200000G
1½”BSPP	25	0	Y3H2BA2012500007	Y3H2BA201250000G
1½”BSPP	25	25	Y3H2BA2022500007	Y3H2BA202250000G
1½”BSPP	M20*1.5	0	Y3H2BA201T000007	Y3H2BA201T00000G
1½”BSPP	M20*1.5	M20*1.5	Y3H2BA202T000007	Y3H2BA202T00000G
1½”BSPP	M25*1.5	0	Y3H2BA201T500007	Y3H2BA201T50000G
1½”BSPP	M25*1.5	M25*1.5	Y3H2BA202T500007	Y3H2BA202T50000G

Cable gland not included in these reference, consult us if you want them.

3D models are available on request under .stp format

Downloads

Datasheet

Y3H2 Datasheet

Drawings

Y3H2 drawing (.dwg)

Technical informations associated to this product

Electrical protection classes
The housings are designed to protect electrical equipment located inside. This protection must be considered in the electrical and environmental angles.)
Guide for immersion heater selection
Figures provided in this section are results of tests made in our laboratory. Charts were smoothened by computer, and are given for specified power and for information only.
Raw materials
Introduction to the use of solid state relays (SSR) and comparison with electromechanical relays
The solid state relay, also called solid state contactor or SSR (English acronym for Solid State Relay) is the electronic equivalent of the electromechanical power contactor.

Aluminum enclosure, with PA66 cover and transparent PC window, for immersion heater or solid state relays (SSR) controls, Y3H2

Main features

Main references

3D models are available on request under .stp format

Downloads

Datasheet

Drawings

Related products

Technical informations associated to this product

Electrical protection classes

Guide for immersion heater selection

Raw materials

Introduction to the use of solid state relays (SSR) and comparison with electromechanical relays

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