Rod temperature control thermostat IP44
Housing: IP44, black PC-ABS, UL94V0. High impact and UV resistance. 2 removable wall mounting lugs.
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 | |
Differential (°C) | |
Setting adjustment | |
Rod length (mm) | |
Rod raw material |
Enclosure | Type | Operation | Contact | Measurement | Ranges °C | Models |
IP44 | Control | Mechanical | SPDT | Rod | Y048
& Y049 |
|
Material |
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PC-ABS |
Housing: IP44, black PC-ABS, UL94V0. High impact and UV resistance. 2 removable wall mounting lugs.
Cable input: One M20 cable gland.
Set point adjustment: By °C printed knob for external adjustment models, by screw driver and printed dial on internal adjustment models. °F values available as an option.
Sensing element: Liquid filled bulb, located inside a backside mounted pocket in 304L stainless steel or nickel plated brass.
Adjustment ranges: -35+35°C (-30+95°F), 4-40°C (40-105°F), 30-90°C (85-195°F), 30-110°C (90-230°F)
Rod length: 90, 230, 300 mm. Other length on request
Electrical connections: 3 screw terminal connection block
Mounting: by the ½” BSPT pocket fitting
Contact: SPDT
Electrical rating, resistive loads:
-Open on temperature rise contact (C-1) 16A 250V, 50 ~60Hz: >100000 cycles,
20A 250V, 50 ~60Hz: ≥ 50000 cycles,
10A 400V, 50 ~60Hz: ≥ 50000 cycles.
-Close on temperature rise contact (C-2) (C-2): 6A 250V 50 ~60Hz: >100000 cycles
Electrical rating, inductive loads:
-Open on temperature rise contact (C-1): 6A 250V, 50 ~60Hz: >100000 cycles
-Close on temperature rise contact (C-2):0.6A 250V 50 ~60Hz: >100000 cycles.
Minimum storage temperature: -35°C (-30°F)
Maximum ambient temperature: 60°C (140°F)
Option: Short plastic pocket for swimming pool applications
For more technical information see 8G thermostat technical data sheet
Main references
Main references with external* adjustment and nickel plated brass pocket
Temperature ranges
°C (°F) |
References with rod length L=90 mm | References with rod length L=230 mm | References in °C with rod length L=300 mm |
Differential°C (°F) |
Max temperature on rod °C (°F) |
-35+35°C(-30+95°F) | Y048GB-35035N23J | Y048GB-35035N30J | 1,6±1°C (2,9±2°F) | 55 (130) | |
4-40°C(40-105°F) | Y048GB004040N23J | Y048GB004040N30J | 1±0.5°C (1,8±1°F) | 60 (140) | |
30-90°C(85-195°F) | Y048GB030090N09J | Y048GB030090N23J | Y048GB030090N30J | 2.5±1°C (4,5±1,8F) | 120 (250) |
30-110°C(90-230°F) | Y048GB030110N09J | Y048GB030110N23J | Y048GB030110N30J | 2.5±1°C (4,5±1,8F) | 150 (300) |
Main references with external* adjustment and AISI 304 pocket
Temperature ranges °C (°F) | References with rod length L=90 mm | References with rod length L=230 mm | References in °C with rod length L=300 mm |
Differential°C (°F) |
Max temperature on rod °C (°F) |
-35+35°C(-30+95°F) | Y048GB-35035I23J | Y048GB-35035I30J | 1,6±1°C (2,9±2°F) | 55 (130) | |
4-40°C(40-105°F) | Y048GB004040I23J | Y048GB004040I30J | 1±0.5°C (1,8±1°F) | 60 (140) | |
30-90°C(85-195°F) | Y048GB030090I09J | Y048GB030090I23J | Y048GB030090I30J | 2.5±1°C (4,5±1,8F) | 120 (250) |
30-110°C(90-230°F) | Y048GB030110I09J | Y048GB030110I23J | Y048GB030110I30J | 2.5±1°C (4,5±1,8F) | 150 (300) |
*Internal adjustment: replace Y048 by Y049
Downloadable
Datasheets
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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.