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Ultra-slim General-purpose Relays (Part Numbers)
- Economy
- Volume Discount
Part Number
Configured Part Number is shown.
Product Overview
● Ultra-thin general-purpose relay used to receive input signals and output power signals, enabling circuit switching
Dimensional Drawing
■ Relay dimension diagram
■ Internal connection diagram
■ Accessory dimension diagram
E-UTM-10 (marker strip)
E-UTSC-20 (jumper bar)
■ Accessory dimension diagram
E-UTM-10 (marker strip)
E-UTSC-20 (jumper bar)
Specification Table
| Model | Load | Operating time*1 | Release time*1 | Contact configuration | Indicator light | Surge protection | Mounting method | Wiring method | Weight (relay) | Certification (relay) | Optional accessories | |
| Rated current*1 | Rated voltage*1 | g | ||||||||||
| E-UTS1Z-6A-SET | 6A | 277 V AC/24 V DC | ≤ 8 ms | ≤ 4 ms | 1C | Yes | Yes | DIN rail | Plug-in | 32 | UL CQC CE | Marker strip Shorting strip |
■ Performance parameters
| Model | E-UTS1Z-6A-SET | ||
| Input (operating coil)*1 | Rated voltage | V | DC24 |
| Coil resistance | Ω | 3385 | |
| Operating voltage | V | ≥ DC19.2 | |
| Reset voltage | V | ≤ DC1.2 | |
| Maximum allowable voltage | V | DC28.8 | |
| Power | mW | Approx. 1800 | |
| Contact material | Silver alloy | ||
| Maximum switching frequency | Mechanical | 18,000/h | |
| Rated load | 1,800/h | ||
| Contact resistance*2 | mΩ | ≤ 100 | |
| Vibration | Malfunction | Vibrate in three directions for 5 minutes, malfunction not exceeding 1 ms (amplitude 1 mm, 10–55 Hz) | |
| Vibration durability | Vibrate in three directions for 2 hours, no structural failure (amplitude 1 mm, 10–55 Hz) | ||
| Shock | Malfunction | Three shocks applied in three directions, contact malfunction does not exceed 1 ms (maximum acceleration 98 m/s2, duration 11 ms) | |
| Shock resistance | Three shocks applied in three directions, no structural damage (maximum acceleration 98 m/s2, duration 6 ms) | ||
| Insulation strength | Between contacts | 1000 V AC, 1 min | |
| Between coil and contacts | 5000 V AC, 1 min | ||
| Insulation resistance | MΩ | ≥ 1,000 | |
| Service life | Mechanical | 10,000 times | ≥ 1,000 |
| Electrical*3 | 10,000 times | NC ≥ 3 NO ≥ 1 | |
*1. Coil temperature is +23°C, resistive load
*2. Measurement conditions: 6 V DC 1 A voltage drop method
*3. Test conditions: rated load, frequency 900 cycles/h
(Set product)
| Model | Product name | Number of poles | Compatible products | Function | Photo |
| E-UTM-10 | Marker strip | 10 | E-UT series relays | Identification marker |  |
| E-UTSC-20 | Shorting strip | 20 | Shorting |  |
Product Features
● Ultra-thin design with a product thickness of only 6.2 mm, saving cabinet space.
● Equipped with an LED operation indicator and built-in surge protection.
● Plug-in wiring for more convenient connections and reduced installation time.
● Optional accessories such as marking strips and shorting bars are available for labeling and quick connections.
● Certified by UL, CE, and CQC.
● Equipped with an LED operation indicator and built-in surge protection.
● Plug-in wiring for more convenient connections and reduced installation time.
● Optional accessories such as marking strips and shorting bars are available for labeling and quick connections.
● Certified by UL, CE, and CQC.
Precautions
· No installation direction restrictions; please avoid installation methods where the contact movement direction is easily affected by vibration or impact.
· Do not operate while powered.
· Operating environment: -40°C to +85°C, no freezing, no condensation, humidity 45–85%.
· Do not operate while powered.
· Operating environment: -40°C to +85°C, no freezing, no condensation, humidity 45–85%.
Part Number
CAD Data download and 3D preview are not available because the part number has not yet been determined.
- *In order to open the CAD Data download and 3D preview screen, the part number must be fixed.
- Please confirm the part number from "Specification / Dimension"on the left side, and then perform the CAD Data Download / 3D Preview operation.
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| Part Number |
|---|
| E-UTM-10 |
| E-UTS1Z-6A-SET |
| E-UTSC-20 |
| Part Number | Standard Unit Price | Minimum order quantity | Volume Discount | Days to Ship | Coil rated voltage (DC) (V) | Contact Configuration | Contact rated current (minimum value for AC and DC) (A) | Type | Diode type | Mounting method |
|---|---|---|---|---|---|---|---|---|---|---|
MYR 1.10 | 5 Piece(s) | Available | 6 Day(s) | - | - | - | Marker strip | - | - | |
MYR 26.63 | 1 Piece(s) | Available | 6 Day(s) | 24 | 1c | 6 | Ultra-slim relay | Built-in diode surge protection | DIN rail | |
MYR 5.89 | 1 Piece(s) | Available | 6 Day(s) | - | - | - | Shorting strip | - | - |
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Brand Introduction
Since its establishment in Japan in 1963, MISUMI Corporation has been committed to providing customers with a wide variety of high-quality parts for FA (Factory Automation), mold components, electronic parts, tools, and consumables quickly and accurately. By independently compiling product catalogs and establishing a direct sales marketing system, we have created a low-cost business model. Each year, we develop product plans based on customer feedback and requests, and continuously develop MISUMI brand products with a high level of quality.
Specification/Dimensions
-
Coil rated voltage (DC)(V)
-
Contact Configuration
- 1c
-
Contact rated current (minimum value for AC and DC)(A)
-
Type
- Marker strip
- Shorting strip
- Ultra-slim relay
-
Diode type
- Built-in diode surge protection
-
Mounting method
- DIN rail
-
CAD
- 2D
- 3D
Days to Ship
-
- All
- 6 Day(s) or Less
Specify Alterations
- The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .
Frequently asked question (FAQ)
- Question: 1. What are the external reasons why the relay does not operate after being energized?
-
Answer:
(1) Applying excessive voltage to the relay coil can cause the coil to break.
(2) If the voltage applied to the relay coil is insufficient, the relay will not operate.
(1) The voltage applied to the coil does not reach the minimum operating voltage.
(2) The voltage in the circuit may drop below the minimum operating voltage due to the operation of large machines or the use of long-distance wiring.
(3) If the ambient temperature is too high, the resistance of the relay coil increases, causing the required operating voltage to rise. As a result, the originally applied rated voltage is no longer sufficient to drive the relay.
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