Combination of adjustable set point rod thermostat and manual reset high limit, IP54 housing, 105x88x58.5mm
Temperature control and safety on storage water heaters, solar heating tanks, boilers
Housing raw material | |
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Color | |
Ingress protection | |
Contact Material | |
Electrical rating | |
Voltage | |
Electrical life (cycles at rated value) | |
Measurement type | |
Sensing element | |
Temperature adjustment range (°C) | |
Manual reset temperature (°C) | |
Differential (°C) | |
Setting adjustment | |
Rod length (mm) | |
Rod raw material |
Enclosure | Type | Operation | Contact | Measurement | Ranges °C | Models |
IP54 | Control | Mechanical | SPDT | Rod | Y06
& Y07 |
|
Material |
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PC-ABS |
Main applications:
Temperature control and safety on storage water heaters, solar heating tanks, boilers
Housing: IP54, 105 x 88 x 58.5 mm, (Cap, accessories and cable gland not included), black PC-ABS, UL94V0. High impact and UV resistance.
Product including an adjustable temperature control thermostat and a fixed setting high limit manual reset thermostat. Manual reset has access from outside, by removing a cap.
Electrical input: two M20 cable glands.
Temperature Adjustment: Inside, with °C printed knob. (°F printed knobs available in option)
Sensing element: Liquid filled bulb, located inside a backside mounted nickel plated brass pocket.
Adjustment ranges: 0-60°C (32-140°F) ; 30-90°C (85-195°F); 30-110°C (90-230°F)
Pocket length (L): 205mm (standard), 170, 300, 450 and 600mm on request
Electrical connections: screw terminals
Mounting:
- Y06: by the ½”BSPT (taped) brass pocket fitting
- Y07: by the ½”BSPP (parallel) brass pocket fitting
Control thermostat contact: SPDT
- Open on temperature rise contact (C-1) 16A(2.6) 250VAC
- Close on temperature rise contact (C-2) 6A(0.6) 250VAC
- Electrical life >100.000 cycles.
Manual reset thermostat contact: Failsafe, open by temperature rise; 16A (2,6) 250V alt.
Options:
- Power supply “energized” pilot light (Neutral is mandatory, and thermostat contact is open on rise only, not SPDT). Other pilot light wirings are possible on request.
- Liftable adjustable high end adjustment on control thermostat.
- -Outside access to the control thermostat adjustment (By removing a 40mm dia. cap)
- Thermal cut out incorporated inside the pocket.
- These products can be made without pocket, for special customer applications and incorporation
Cover options:
1: Manual reset cap.(Standard) 2: Outside adjustment cap, dia 40mm (Option) 3: Pilot light (Option |
Set point adjustment options:
A: Mini dial adjustment (Option to be selected for outside adjustment with cap 2). B: Soft-grip knob adjustment, (Standard). C: Liftable adjustable high limit (Option) |
Main references (with 205mm pocket)
Temperature ranges °C (°F) | Manual reset calibration °C (°F) | Cap access manual reset | Cap access manual reset, liftable adjustable high stop | Cap access manual reset, liftable adjustable high stop, power supply “on” pilot (230V) | Differential °C (°F) | Max temperature on rod °C (°F) |
0-60°C(32-140°F) | 80°C (176°F) | Y06MS00060A20080 | Y06ME00060A20080 | Y06NE00060C20080 | 4±3 (7±5.5°F) | 90 (195°F) |
30-90°C (85-195°F) | 110°C (230°F) | Y06MS30090A20110 | Y06ME30090A20110 | Y06NE30090C20110 | 4±3 (7±5.5°F) | 120 (250°F) |
30-110°C (90-230°F) | 130°C (266°F) | Y06MS30110A20130 | Y06ME30110A20130 | Y06NE30110C20130 | 5±3 (9±7°F) | 150 (300°F) |
Aisi 304 pocket: replace Y06 by Y07. Versions with °F printed knobs: replace S by T or E by G in the reference
Downloadable
Datasheets
Related products
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Rod temperature control boxes
Accessories for control thermostats
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Technical informations associated to this product
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JPC Design concept of the Y0 types enclosures
The design of the Y0 enclosures was made to provide a starting range with a particular selection of low cost solutions. The plastic used is PC-ABC compound, with or without fiberglass reinforcement. -
Main properties of plastic raw materials used for enclosures
The classic housings, with only 5 sides and a lid, require a long and costly layout, most of the time ignoring the application needs: security, fire resistance, water penetration, shocks, UV, temperature, etc. -
Electrical protection classes
The housings are designed to protect electrical equipment located inside. This protection must be considered in the electrical and environmental angles.) -
Electrical contacts
As numerous mechanisms exist, we decided not to distinguish on the basis of constructive technique, but according to their operation speed, which is the key element.