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APE30124 Equivalent & Substitute Parts
Part Overview
The APE30124 is a general purpose relay manufactured by Panasonic Electric Works, featuring a single pole double throw (SPDT) contact configuration with a 24VDC coil and 6A contact rating. This through-hole mounted relay is designed for industrial control and switching applications requiring 250VAC maximum switching voltage.
The APE30124 is classified as obsolete. Identifying equivalent substitute parts is necessary to maintain design continuity, ensure supply chain availability, and support ongoing production or maintenance requirements for systems utilizing this relay.
Substiute Parts
Key Parameters
| Parameter | Value |
|---|---|
| Coil Voltage | 24VDC |
| Contact Form | SPDT (1 Form C) |
| Contact Rating (Current) | 6 A |
| Switching Voltage | 250VAC - Max |
| Mounting Type | Through Hole |
| Termination Style | PC Pin |
| Operating Temperature Range | -40°C ~ 85°C |
| Coil Type | Non Latching |
| Coil Resistance | 3.39 kOhms |
Substitute Part Grouping Explanation
Substitute parts for the APE30124 are qualified based on the following critical parameters that determine functional equivalence:
- Coil Voltage: 24VDC (exact match required)
- Contact Form: SPDT (1 Form C) (exact match required)
- Contact Rating: 6 A (exact match required)
- Switching Voltage: 250VAC maximum (exact match required)
- Mounting Type: Through Hole (exact match required)
- Termination Style: PC Pin (exact match required)
- Operating Temperature Range: -40°C ~ 85°C (exact match required)
- Coil Type: Non Latching (exact match required)
- Coil Resistance: 3.39 kOhms (exact match required)
The APE30124 has two qualified substitutes: APF30224 and APF30324. Both parts are manufactured by Panasonic Electric Works and meet all critical electrical and mechanical parameters. These substitutes are classified as active products, providing improved supply availability compared to the obsolete APE30124.
Parameter Comparison
| Parameter | APE30124 | APF30224 | APF30324 |
|---|---|---|---|
| Manufacturer | Panasonic Electric Works | Panasonic Electric Works | Panasonic Electric Works |
| Product Status | Obsolete | Active | Active |
| Coil Voltage | 24VDC | 24VDC | 24VDC |
| Contact Form | SPDT (1 Form C) | SPDT (1 Form C) | SPDT (1 Form C) |
| Contact Rating (Current) | 6 A | 6 A | 6 A |
| Switching Voltage | 250VAC - Max | 250VAC - Max | 250VAC - Max |
| Coil Current | 7 mA | 7.1 mA | 7.1 mA |
| Mounting Type | Through Hole | Through Hole | Through Hole |
| Termination Style | PC Pin | PC Pin | PC Pin |
| Must Operate Voltage | 15.84 VDC | 16.8 VDC | 16.8 VDC |
| Must Release Voltage | 1.2 VDC | 1.2 VDC | 1.2 VDC |
| Operate Time | 8 ms | 8 ms | 8 ms |
| Release Time | 4 ms | 4 ms | 4 ms |
| Operating Temperature Range | -40°C ~ 85°C | -40°C ~ 85°C | -40°C ~ 85°C |
| Contact Material | Silver Alloy | Silver Nickel (AgNi) | Silver Nickel (AgNi), Gold (Au) |
| Coil Resistance | 3.39 kOhms | 3.39 kOhms | 3.39 kOhms |
| Coil Type | Non Latching | Non Latching | Non Latching |
| Packaging | - | Tube | Tube |
| RoHS Status | Not specified | ROHS3 Compliant | ROHS3 Compliant |
| ECCN | EAR99 | EAR99 | EAR99 |
| HTSUS | 8536.41.0020 | 8536.41.0020 | 8536.41.0020 |
Engineering Selection Recommendations
Both APF30224 and APF30324 are direct functional equivalents to the APE30124 and are suitable for substitution in applications requiring a 24VDC SPDT general purpose relay with 6A contact rating and 250VAC switching capability.
APF30224 is recommended for applications where supply chain continuity and cost optimization are primary considerations. This part is active, ROHS3 compliant, and packaged in tube format for standard component handling.
APF30324 is recommended for applications requiring enhanced contact durability or where gold-plated contact surfaces provide additional corrosion resistance. This part is active, ROHS3 compliant, and features dual contact material composition (Silver Nickel with Gold plating).
Both substitutes demonstrate improved product status (active versus obsolete) and regulatory compliance (ROHS3 certification), supporting long-term design sustainability and manufacturing continuity.
Frequently Asked Questions (FAQ)
Q: Can APF30224 or APF30324 be used as direct replacements for APE30124 in existing designs?
A: Yes. Both APF30224 and APF30324 meet all critical electrical and mechanical parameters of the APE30124, including coil voltage, contact configuration, current rating, switching voltage, mounting type, and operating temperature range. Direct substitution is supported without circuit modification.
Q: What is the difference between APF30224 and APF30324?
A: The primary difference is contact material composition. APF30224 uses Silver Nickel (AgNi) contacts, while APF30324 uses Silver Nickel with Gold (Au) plating. Both parts are electrically and mechanically equivalent. APF30324 may provide enhanced contact longevity in applications with frequent switching cycles or corrosive environments.
Q: Are there packaging differences between the main part and substitutes?
A: Yes. The APE30124 packaging is not specified in available documentation. Both APF30224 and APF30324 are supplied in tube packaging, which is standard for through-hole relay distribution and compatible with automated assembly processes.
Q: Do the substitute parts meet current regulatory requirements?
A: Yes. Both APF30224 and APF30324 are ROHS3 compliant and carry EAR99 export classification, meeting current environmental and trade compliance standards. The APE30124 regulatory status is not fully specified.
Q: What is the coil current difference between APE30124 and the substitutes?
A: The APE30124 specifies 7 mA coil current, while both APF30224 and APF30324 specify 7.1 mA. This 0.1 mA difference is within normal manufacturing tolerance and does not affect circuit design or component selection.
Q: Is there a difference in operate voltage between these parts?
A: The APE30124 specifies a must-operate voltage of 15.84 VDC, while both substitutes specify 16.8 VDC. In applications where the supply voltage is tightly controlled near the minimum threshold, this difference should be evaluated against actual circuit operating conditions. Both parts share identical must-release voltage (1.2 VDC) and timing characteristics (8 ms operate, 4 ms release).
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