1.50 Pitch 1.50mm JST ZH Type Wire To Board Connector wire harness

1.50 Pitch 1.50mm JST ZH Type Wire To Board Connector wire harness

Applications:

  • Length & Termination customized
  • Pitch: 1.50mm
  • pins: 2 to 16 positions
  • Material: Nylon66 UL94V-0
  • Contact: Brass or Phosphor Bronze
  • Finish: Tin 50u” over 100u” nickel
  • Current rating: 1A (AWG #28 to #32)
  • Voltage rating: 50/125V AC. DC


Product Detail

Product Tags

Technical Specifications
Specifications
Series:                                                                          STC-001501001 Series

Contact Pitch:                                                               1.50mm

No. of Contacts:                                                            2-16 positions

Current:                                                                        1A (AWG #28 to #32) 

Compatible:                                                                  Cross JST ZH Connector Series

Select Components
https://www.stc-cable.com/1-50-pitch-1-50mm-jst-zh-type-wire-to-board-connector-wire-harness.html
Cable Assemblies Refer
https://www.stc-cable.com/1-50-pitch-1-50mm-jst-zh-type-wire-to-board-connector-wire-harness.html
General Specification
Current Rating:                                                              1A

Voltage Rating:                                                              50V

Temperature Range:                                                      -25°C~+85°C

Contact Resistance:                                                      20m Omega Max

Insulation Resistance:                                                   500M Omega Min

Withstanding Voltage:                                                    500V AC/minute

Overview

Pitch 1.50mm 1.50mm JST ZH wire to board connector

1>The 1.5mm JST ZH Connector is a compact, low-profile connector commonly used in many servos, speed controllers, and micro-size receivers from consumer electronics to automotive, medical equipment, and common household appliances.

2>STC offers 1.5mm JST ZH connectors with circuits varying from 2 to 16, on which the wire ends may be pre-stripped and tinned ready for soldering.

3>Enclosing this connector is a crimp-style lock designed by STC and a special configuration that prevents users from inverted insertion.

4>Delivers up to a current rating of 1.0 A per contact and 50V for American Wire Gage (AWG) #28, #29,#30, #31, and #32

 

Features

Offers Design Flexibility in a Variety of Configurations

STC offers a variety of 1.5 Pitch connectors with different models and in various dimensions, with top or side entry configurations that might suit your specific needs. Top entry configuration consumes a minimum of 3.5mm x 5.6 mm mounting height and depth, respectively; while side entry configuration consumes a minimum of 3.7 mm x 7.1 mm mounting height and depth, respectively.

A Variety of models to choose from

In addition to the above flexibility in configurations of the 1.5 mm pitch connector, STC also offers this connector with a different number of circuits ranging from 2 to 17 which would suit your specific needs.

An Added Layer of Product Durability and Connector Reliability

No alloy was used in fastening the wires to the board but through the use of a crimping method, which made it more flexible and mechanically stronger. The crimps are well-engineered to be air-tight, preventing oxygen and moisture from reaching the metals and causing corrosion. Thus, the connector can be easily removed from the head without holding the wires. Furthermore, it prevents the cables from being easily disconnected due to entangled routing, heavy loads, or vibration

Robust and Ruggedized Terminal Enhancements

Reliable electrical connection, even under conditions of low current and low voltage, is guaranteed with its two-point contact design.

Compatibility with other displacement connectors

The ZH 1.5mm connector is completely compatible with the ZR insulation displacement connector.

Surface Mount Option with Strong Solder Tabs

The two solder tabs ensure the retention of the header to PCB connection and act as a strain relief for the SMT solder tails minimizing the chance of solder joint breakage.

Optimized Safety Feature for Electrical Shock Hazard

With its improved product enhancement, the connector has the capability of withstanding a voltage of 500 V AC per minute, which means that the insulation is sufficient to protect the user from electrical shock, overheating, and fire.

Savvy Material and Finish

The header contact is made up of copper alloy, tin plated over a phosphor bronze material.

The housing is made of Nylon66 UL94V-0 natural ivory. These housings are available with or without protrusions.

The wafer is made up of Nylon66/46 UL94V-0.

The solder tabs are made up of brass, copper undercoated, or tin-plated. These two solder tabs ensure the retention of the header to PCB connection and act as a strain relief for the SMT solder tails minimizing the chance of solder joint breakage.

Vast Temperature Range with Relatively Low Insulation and Contact resistance

There’s a dimple at the center of the contact which ensures positive contact and low contact resistance at all times. Insulation resistance and contact resistance are 100 M Omega per minute minimum and 20M Omega maximum, respectively.

The temperature range for this connector is -25 degrees centigrade to +85 degrees centigrade. This range is based on the rise of temperature with increasing current.

Applicable in Chassis Wiring and Power Transmission Wiring

The 1.5 mm Pitch Connector can be used for AC and DC operations with a rated current of 1.0 amperes and 50 Volts. It is applicable in both chassis wiring and power transmission wiring.

Fine wires are usable

The connector can be used with the wires of AWG within the range of #28 to #32. This applies to wire diameters as small as 0.2mm to 0.32mm. Fine wires such as these can help the routing job.

Fully Shrouded Header

The pin header of the connector is wrapped with a thin plastic guide box around it good for preventing cable connection mishaps and it also provides good guidance for the mating connector.

Twin U-slot section

The Twin U-slot section or twin-axial cable has a pair of insulated conductors where the conductors run parallel with one another. This is commonly used in high-speed balanced-mode multiplexed transmission in large computer systems, in which the signals are carried by both conductors in a U-shaped configuration. This ensures reliable connection and provides greater noise immunity.

 

Advantages

Fits Microelectronics Systems

1.5 mm pitch serves as the best choice for densely crowded electronics systems for its small, square-edged configuration, and ruggedized and shock-resistant feature.

Caters Power, Signal, and Grounding Contact Needs

The 1.5 mm Pitch connector can either stand as power contacts, signal contacts, or both as power and signal contacts or a signal and grounding contact. The wiring harness interconnects the PCB to various components that send signals and power to other electronic devices.

Safe and Reliable

1.5mm pitch connectors ensure safety, system protection, and performance with their bonded metallic conduits and multiple grounding points preventing fire hazards, component damage, overheating, and possible electrocution.

The product does not contain restricted chemicals in concentrations not comply with ROHS standards. Thus, for its components, the products can be worked upon at high temperatures required by lead-free soldering.

 

Application

Small Scale Robotics

1.5mm pitch connectors find their popularity in Robot construction kit parts, robot sensor systems, microcontrollers, and power systems often found in educational institutions and laboratories. Even for hobbyists and enthusiasts, this is an important connector that is a must-have.

Popularity in Battery Connections

1.5mm pitch connectors are also popular in batteries such as in rechargeable battery packs, battery balancers, and battery eliminator circuits. Battery connections rely on the ability of the current to pass a reliable and solid current. This prevents overheating in the circuit and voltage drop.


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