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Home Products Circuit Protection Circuit Breakers~~JLM-1-1REC4-36653-175~~

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JLM-1-1REC4-36653-175 - Sensata-Airpax

Name: Sensata-Airpax JLM-1-1REC4-36653-175
Brand: Sensata-Airpax
SKU: JLM-1-1REC4-36653-175
Availability: InStock
Rating: 5 (2 reviews)

Manufacturer Part Number: JLM-1-1REC4-36653-175

Manufacturer: Airpax / Sensata Technologies

Allelco Part Number: 98D-JLM-1-1REC4-36653-175

Warranty: 1 Year Allelco Warranty - Find out more

Stock Status:: 30,191 pcs available, New & Original

Parts Description: CIR BRKR MAG-HYDR LEVER

Package: Bulk

Data sheet: JLM-1-1REC4-366.pdf

Datasheets
Cylindrical Battery Holders.pdf

RoHs Status: RoHS Compliant

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In stock: 30191

Specifications

JLM-1-1REC4-36653-175 Tech Specifications
Sensata-Airpax - JLM-1-1REC4-36653-175 technical specifications, attributes, parameters and parts with similar specifications to Sensata-Airpax - JLM-1-1REC4-36653-175

Product Attribute	Attribute Value
Manufacturer	Airpax / Sensata Technologies
Series	JLM
Package	Bulk
Number of Poles	1
Mounting Type	Panel Mount
Illumination Voltage (Nominal)	-

Product Attribute	Attribute Value
Illumination	-
Current Rating (Amps)	-
Breaker Type	Magnetic (Hydraulic Delay)
Base Product Number	JLM-1-1REC4
Actuator Type	Lever

Environmental & Export Classifications

ATTRIBUTE	DESCRIPTION
RoHs Status	RoHS Compliant
Moisture Sensitivity Level (MSL)	1 (Unlimited)
ECCN	EAR99
HTSUS	8536.20.0020

Frequently Asked Questions(FAQ)

What are the key differences between the JLM-1-1REC4-36653-175 magnetic-hydraulic circuit breaker and a standard thermal-magnetic breaker when used in industrial motor control panels?: The JLM-1-1REC4-36653-175 utilizes a magnetic-hydraulic delay mechanism, which provides faster tripping during high-current fault conditions compared to thermal-magnetic breakers that rely on bimetallic strip heating. This design is particularly advantageous in environments with frequent inrush currents, such as motor starting applications, where nuisance tripping must be minimized while maintaining precise overload protection. Unlike purely thermal devices, the hydraulic delay allows for time-delayed response to sustained overcurrents, making it suitable for selective coordination in multi-breaker systems.

How does the lever actuator type of the JLM-1-1REC4-36653-175 impact its integration into existing panel layouts compared to toggle or rocker actuators?: The lever actuator on the JLM-1-1REC4-36653-175 offers a more ergonomic and visible manual reset option, which is beneficial in high-vibration industrial settings where accidental reactivation must be avoided. Lever mechanisms typically provide better tactile feedback and are easier to operate with gloves, enhancing operator safety during maintenance. In contrast, toggle actuators may require more force and offer less clear visual indication of trip status, while rocker types can be prone to unintended actuation under mechanical shock.

Can the JLM-1-1REC4-36653-175 be used in DC applications, and what design considerations apply when substituting it for an AC-only magnetic breaker in a 24V DC power distribution system?: Yes, the JLM-1-1REC4-36653-175 is rated for both AC and DC operation, which enhances its versatility in mixed-voltage systems. However, when used in DC circuits, engineers should account for the lack of zero-crossing in current waveforms, which can lead to prolonged arcing across contacts. Proper selection of contact materials and ensuring adequate dielectric strength in the panel enclosure becomes critical. Additionally, derating by approximately 20–25% from the AC rating is often recommended for DC loads to ensure reliable performance and longevity.

What is the significance of the base product number JLM-1-1REC4 in relation to the full part number JLM-1-1REC4-36653-175, and how does this affect inventory management and design documentation?: The base number JLM-1-1REC4 identifies a family of circuit breakers with shared electrical and mechanical characteristics, while the suffix -36653-175 specifies unique ratings or configurations—in this case likely indicating a particular current rating, voltage, or certification variant. This modular naming convention simplifies procurement by allowing designers to reference the base model in schematics and BOMs, with specific derivatives tracked via the suffix. It also aids in version control and ensures alignment between design intent and manufactured units during production audits.

How does the panel mount configuration of the JLM-1-1REC4-36653-175 influence its suitability for retrofit installations in legacy control cabinets?: As a panel-mount device, the JLM-1-1REC4-36653-175 requires physical mounting hardware and access behind the front panel, which can complicate retrofits where space is constrained or existing cutouts do not match standard DIN rail footprints. Engineers must verify dimensional clearance, especially if replacing older push-button switches or indicators. However, its direct mounting capability eliminates the need for additional brackets or rails, reducing assembly complexity and potential failure points in high-reliability environments such as aerospace or defense systems.

In what scenarios would selecting the JLM-1-1REC4-36653-175 over a similarly rated fuse-based protection scheme result in superior system reliability?: The JLM-1-1REC4-36653-175 provides reusable protection without the need to replace consumable elements, offering significant operational cost savings in applications requiring continuous uptime. Unlike fuses, which degrade over time and require periodic inspection, this circuit breaker maintains consistent performance through repeated operations. It is particularly advantageous in mission-critical systems where unscheduled downtime due to fuse replacement or misapplication is unacceptable, such as in medical equipment or telecommunications infrastructure.

How does the RoHS compliance of the JLM-1-1REC4-36653-175 influence material selection in global manufacturing, and what testing standards apply to confirm adherence?: RoHS compliance ensures that the JLM-1-1REC4-36653-175 contains restricted substances like lead, mercury, and cadmium below threshold levels, facilitating market access in regions governed by EU directives. While Sensata-Airpax confirms RoHS status, engineers should still request third-party certification reports (e.g., IEC 63000) to validate supply chain traceability. This is especially important when sourcing from multiple suppliers or integrating into products destined for export, as non-compliance can lead to customs delays or product recalls.

What role does the moisture sensitivity level (MSL) of 1 play in the handling and storage of the JLM-1-1REC4-36653-175, and how should it affect assembly planning?: With an MSL rating of 1, the JLM-1-1REC4-36653-175 is considered unlimited shelf-stable and does not require special humidity-controlled storage or baking prior to use. This simplifies logistics and reduces handling protocols during manufacturing, making it ideal for just-in-time assembly lines. However, despite this classification, prolonged exposure to extreme environmental conditions during field installation—such as marine or desert deployments—should still be evaluated based on the overall system’s environmental qualification requirements.

How does the one-pole configuration of the JLM-1-1REC4-36653-175 limit its application scope compared to multi-pole versions, and when is single-pole sufficient?: The single-pole design means the JLM-1-1REC4-36653-175 controls only one current path, making it appropriate for protecting dedicated branches such as control logic, lighting circuits, or auxiliary power supplies within a larger distribution network. It cannot provide simultaneous disconnection of multiple phases or neutral conductors required in three-phase or balanced load systems. Thus, it is best suited for low-power, single-line applications where space and cost efficiency outweigh the need for comprehensive isolation.

What engineering trade-offs exist when choosing the JLM-1-1REC4-36653-175 for a high-cycle application versus a low-duty-cycle environment?: In high-cycle applications—such as automated machinery with frequent start-stop sequences—the mechanical wear on the lever mechanism and internal contacts of the JLM-1-1REC4-36653-175 must be considered. Although designed for durability, repeated cycling may reduce mean time between failures compared to infrequently used breakers. Conversely, in low-duty-cycle systems, the breaker’s ability to withstand extended periods of no-load operation without degradation is advantageous. Thermal stress from ambient temperature fluctuations becomes a greater concern than contact erosion in such cases.

How does the magnetic-hydraulic delay characteristic of the JLM-1-1REC4-36653-175 improve coordination with downstream protective devices in a cascaded protection scheme?: The hydraulic delay introduces a controlled time-current curve that allows the JLM-1-1REC4-36653-175 to tolerate temporary overloads without immediate tripping, enabling downstream breakers to respond first during minor faults. This time discrimination supports selective coordination, minimizing unnecessary shutdowns and preserving system integrity. When properly modeled using time-current curves, this feature helps engineers avoid cascading failures and isolate faults efficiently, particularly in complex power distribution architectures.

What are the implications of the ECCN code EAR99 for international procurement and end-use restrictions involving the JLM-1-1REC4-36653-175?: Classified under EAR99, the JLM-1-1REC4-36653-175 is generally subject to U.S. export regulations but is not automatically restricted to military or high-tech applications. This classification simplifies global distribution, as it avoids strict licensing requirements associated with higher-risk categories. However, exporters must still comply with general prohibitions related to human rights, cybersecurity, and end-user screening, particularly when shipping to jurisdictions under trade embargoes.

How does the absence of illumination on the JLM-1-1REC4-36653-175 affect diagnostic capabilities in dark or poorly lit control rooms?: Without built-in illumination, the trip status of the JLM-1-1REC4-36653-175 cannot be visually confirmed without external lighting or reflective surfaces. This limits situational awareness in emergency scenarios or during routine checks in low-light environments. Designers may need to incorporate auxiliary indicator lamps or opt for alternative models with LED status signaling if continuous visibility is a requirement, adding complexity and cost to the system.

Can the JLM-1-1REC4-36653-175 be used in hazardous locations classified as Class I, Division 2, and what certifications support this application?: While the JLM-1-1REC4-36653-175 itself is not inherently certified for hazardous areas, its robust construction and absence of arcs or sparks during normal operation may allow deployment in Class I, Division 2 environments—provided it is installed in a properly ventilated, dust-tight enclosure meeting NEMA standards. Engineers should consult Sensata-Airpax directly to confirm whether optional certifications (e.g., ATEX or UL) are available for this model, as standard versions lack intrinsic safety approvals.

What factors should guide the selection of a replacement for the JLM-1-1REC4-36653-175 in a legacy system nearing obsolescence?: When replacing the JLM-1-1REC4-36653-175, engineers must prioritize compatibility in mounting dimensions, terminal spacing, and electrical ratings. Functional equivalence in trip characteristics—especially the magnetic-hydraulic delay profile—is critical to maintain existing protection schemes. Additionally, verifying RoHS compliance, availability of long-term production forecasts, and supplier support lifecycle will mitigate risks associated with discontinued components and ensure continuity of operations.

How does the lever actuator compare functionally to push-button resets in terms of user interaction and safety during emergency shutdown procedures?: The lever actuator on the JLM-1-1REC4-36653-175 allows for clear visual confirmation of both ON and OFF states, which enhances operator confidence during emergencies. Push-button resets, by contrast, often lack unambiguous position indication and may require additional signage or training. Furthermore, levers are less susceptible to accidental reclosure under vibration, making them preferable in industrial settings where inadvertent restarts could pose safety hazards.

What impact does the absence of a specified current rating in the provided data have on initial component evaluation, and how should engineers proceed?: The omission of explicit current rating information suggests either incomplete datasheet details or reliance on derivative-specific documentation. Engineers should obtain the full datasheet or contact Sensata-Airpax to confirm the nominal current value associated with the suffix -36653-175. Attempting to infer ratings from similar models risks incorrect sizing, potentially leading to nuisance tripping or catastrophic failure during actual fault conditions.

In designing a redundant power architecture, how should the JLM-1-1REC4-36653-175 be coordinated with backup relays or UPS systems to ensure seamless failover?: The JLM-1-1REC4-36653-175 should be positioned upstream of redundant paths to isolate faults before they propagate to secondary sources. Coordination involves setting its trip curve to exceed the inrush duration of connected loads but remain below the response time of backup relays. Time-current modeling ensures that primary protection activates first, while secondary systems engage only after primary intervention fails, preserving energy efficiency and system stability during transient events.

Parts with Similar Specifications

The three parts on the right have similar specifications to Sensata-Airpax JLM-1-1REC4-36653-175

Product Attribute
Part Number	JLM-1-1REC4-36653-125	JLM-1-1REC4-36653-150	JLM-1-1REC4-36653-250	JLM-1-1REC4-53-1-F1-250-A-V
Manufacturer	Sensata-Airpax	Sensata-Airpax	Sensata-Airpax	Sensata-Airpax
Illumination	-	-	-	-
Illumination Voltage (Nominal)	-	-	-	-
Current Rating (Amps)	-	-	-	-
Series	-	-	-	-
Breaker Type	-	-	-	-
Actuator Type	-	-	-	-
Mounting Type	-	Surface Mount	Through Hole	Surface Mount
Number of Poles	-	-	-	-
Base Product Number	-	DAC34H84	MAX500	ADS62P42
Package	-	Tape & Reel (TR)	Tube	Tape & Reel (TR)

JLM-1-1REC4-36653-175 Datasheet PDF

Download JLM-1-1REC4-36653-175 pdf datasheets and Sensata-Airpax documentation for JLM-1-1REC4-36653-175 - Sensata-Airpax.

Datasheets: Cylindrical Battery Holders.pdf

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Region	Country	Logistic Time(Day)
America	United States	5
America	Brazil	7
Europe	Germany	5
	United Kingdom	4
	Italy	5
Oceania	Australia	6
Oceania	New Zealand	5
Asia	India	4
Asia	Japan	4
Middle East	Israel	6

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Shipment charges(KG)	Reference DHL(USD$)
0.00kg-1.00kg	USD$30.00 - USD$60.00
1.00kg-2.00kg	USD$40.00 - USD$80.00
2.00kg-3.00kg	USD$50.00 - USD$100.00

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